FAQ
FAQ
PVC wall panels are lightweight, easy to install, waterproof, moisture-proof, and insect-proof. They also come in a wide variety of colors and patterns and offer good sound and heat insulation, as well as flame-retardant properties.
PVC wall panels are made from PVC resin and calcium carbonate as the main material, with the addition of anti-aging agents, modifiers, and other additives, through processes such as mixing, calendering, and vacuum forming.
PVC wall panel production line has different capacity, please inform us the request panel width, such as, 200 mm, 250 mm, 300 mm, 400 mm, 600 mm, etc.
The PVC wall panels and ceiling surface be treated by lamination, thermal transfer, printing, etc.
EANS ‘s PVC wall panel production line carefully selects raw materials, ensuring stable quality, which customers receive well. EANS company have sold more than 1000 sets of PVC wall panel production lines at home and abroad
PVC soffit wall panels is a new building materials, widely used in exterior and interior wall decoration field, It has gained widespread attention due to its heat insulation, heat preservation, and corrosion resistance properties.
PVC soffit wall panels are made from PVC resin as the base material, with the addition of anti-aging agents, modifiers, and other additives.
PVC soffit panels don’t use the glue in production, It simplifies the production process, causes no pollution to the environment, and is harmless to the human body.
PVC soffit panels production line includes PVC mixer, extruder, T die mold, calender, vacuum cooling, tracking, punching and cutting machine, etc.
around 45 – 60 days, according to customer requirements.
EANS technical team supplies the turnkey plant, customers will clearly get the workshop layout with clear labor, land size, water, and air consumption details
around 45-60 days, depending on customer requirements.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
PVC ceiling/wall panels are made from PVC resin as the base material, with the addition of anti-aging agents, modifiers, and other additives.
PVC wall panels are suitable for wall and ceiling decoration in kitchens, bathrooms, rooms, etc. it has advantages such as moisture resistance, heat insulation, fire resistance, dust resistance, easy cleaning, paintability, easy installation, low price, and convenient installation and replacement.
PVC marble slabs are a synthetic material commonly used for interior decoration such as flooring, walls, ceilings, door frames, and cabinet panels. They possess properties such as heat insulation, moisture resistance, flame retardancy, acid and alkali resistance, and corrosion resistance.
It is made of PVC resin and uses techniques such as lamination, transfer printing and UV coating to simulate the texture and appearance of marble.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
WPC door, short for Wood-Plastic Composite door, is a type of door made from a composite material that blends wood fibers or wood flour with thermoplastics (such as PVC, PE, or PP) and various additives. It is widely used in residential and commercial buildings for interior and exterior applications.
A WPC door is made from a composite material. Its formula typically consists of wood fibers/wood flour, thermoplastics (such as PVC, PE, or PP), and various additives including compatibilizers, lubricants, UV stabilizers, flame retardants, and colorants. These components are blended and processed to create a material that combines the advantages of wood and plastic, resulting in a door that is durable, low-maintenance, and eco-friendly.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
PVC foam board (also known as expanded PVC sheet, Andy board, or Chevron board) is a lightweight, rigid material made from polyvinyl chloride (PVC) through a foaming extrusion process. It features a fine closed-cell structure, balancing strength, durability, and low weight—making it a cost-effective alternative to wood, metal, or solid plastic.
PVC foam board is made from a composite material. Its formula typically consists of polyvinyl chloride (PVC) resin, fillers (such as light calcium carbonate), foaming agents (including exothermic and endothermic types), foaming regulators, and various additives including stabilizers, lubricants, and optional pigments. These components are blended and processed to create a material that combines the advantages of rigidity, light weight, and durability, resulting in a board that is versatile, low-maintenance, and suitable for multiple indoor and outdoor applications.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
PVC foam boards are relatively lightweight, easy to handle and install, and suitable for use as lightweight structures or temporary facilities. WPC boards are generally heavier than PVC foam boards due to their material composition.
Yes, EANS PVC foam board production line features a specially designed screw and barrel, making it suitable for producing both PVC and WPC foam board on the same machine.
around 45 – 60 days, according to customer requirements.
PVC foam board extrusion line includes a twin screw extruder, an extrusion T die, hydraulic multi-pairs of calibration mold, cooling bracket, hauling off with edge trimers, cross-cutting machine, auto lifting machine, etc.
PE WPC is a new type of composite decking flooring made primarily from polyethylene (PE) and plant fibers such as wood flour and bamboo flour. This material combines the elastic modulus of plastics with the compressive and bending strength of hardwood, and is also sun- and waterproof, making it widely used in outdoor decoration, such as decking, wall cladding, fence, column, etc.
PP/PE WPC Decking raw materials include fibers (wood fiber, bamboo fiber, rice straw, etc.), inorganic substances (calcium powder, talc powder), and additives (lubricants, dispersants, compatibilizers, coupling agents, colorants, weathering agents, mildew inhibitors, etc.).
PE WPC decking making machine includes a twin screw extruder, an extrusion T die, mold, cooling bracket, hauling off machine, cutting machine, auto lifting machine, etc.
around 45 – 60 days, according to customer requirements.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
PVC pipe are widely used in drainage, wastewater treatment, chemical transportation, heating and cooling fluid transportation, food processing, ultrapure liquid transportation, slurry transportation, gas transportation, compressed air and vacuum systems, and other applications.
PVC pipes are mainly classified into four categories based on their performance: PVC-U, C-PVC, PVC-O, and modified PVC. Besides sharing many common properties, each type of PVC pipe has its own advantages for different applications.
PVC pipes are mainly composed of PVC resin and calcium carbonate. During the manufacturing process, plasticizers, anti-aging agents, and other toxic auxiliary materials are added to enhance their heat resistance, toughness, and ductility, making pipes corrosion-resistant, sturdy, and durable.
EANS technical team supplies the turnkey PVC pipe plant, and the customer will clearly get the workshop layout with clear labor, land size, water, and air consumption details.
PVC pipe production process: Raw materials and additives → Mixing → feeding → Conical twin-screw extruder → Extrusion die → Sizing sleeve → Spray vacuum tank → immersion cooling water tank → Ink printing machine → Tracked traction machine → cutting machine → R & U type Belling machine → Pipe stacking rack → Finished pipes inspection and packaging.
around 45 – 60 days, according to customer requirements.
around 45 – 60 days, according to customer requirements.
WPC door production line includes mixing system, composite doors extrusion system, and surface treatment system.
Mixing system: PVC polymers, wood powder, fillers, and other functional additives are put into a high-speed heating and cooling mixer.
Composite doors extrusion system: After being mixed evenly, the raw materials are fed into the extruder hopper by an automatic screw feeder, and the extrusion temperature is set to a specific value. The raw materials are melted and plasticized into door boards by a special mold (width 600mm to 1200 mm, thickness 5 to 55 mm)
Surface treatment system: Extruded door board – Polishing – Drilling – Lamination/Painting – Edge banding – Package – Assembly – Finished composite doors
WPC wall panel is an eco-friendly, lightweight, and cost-effective materials for wall paneling and exterior cladding.
WPC wall panel is made from polymer and wood powder through a special process. During WPC wall panel production, composite materials have very few harmful substances, are waterproof and moisture-proof, easy to install, have a long lifespan, can be installed on unfinished walls, can be installed from top to bottom, allowing for immediate occupancy, and are available in hundreds of colors, offering strong decorative appeal.
around 45 – 60 days, according to customer requirements.
WPC wall panel making machine includes a twin screw extruder, extrusion die + vacuum sizer, cooling tank, hauling off machine, cutting machine, online lamination machine, etc.
EANS technical team provides a turnkey WPC wall panel plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
Multi-layer composite PEX pipe is a new type of pipe made of longitudinally welded aluminum pipe in the middle, inner and outer layers of polyethylene plastic, and hot melt adhesive between the layers through co-extrusion.
PEX pipe production formula includes aluminum sheet, polyethylene, and hot melt adhesives
PEX pipe production line includes aluminum forming machine, welder, inner and outer PE extrusion machines, inner and outer hot melt adhesive layer extrusion machine, cooling tank, laser printer, hauling off machine, and automatic winder machine.
EANS technical team provides a turnkey PEX pipe plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
around 45 – 60 days, according to customer requirements.
SPC flooring is a new type of flooring material, itcombines the advantages of both stone and plastic, high density, good wear resistance, waterproof and moisture-proof, and not easily deformed. It is widely used in home decoration, commercial spaces, public places, and other scenarios, and is a popular, environmentally friendly, and durable flooring choice.
The SPC flooring are made of stone powder (calcium carbonate, approximately 60%-70%) providing rigidity and stability, and PVC resin, increasing flexibility and elasticity, and Auxiliary components include stabilizers, lubricants, processing aids, and optional functional additives (such as abrasion resistant agents, UV stabilizers, etc.). These raw materials are uniformly mixed and then processed into the SPC flooring substrate through high-temperature extrusion and compression molding processes.
The SPC flooring production line mainly consists of the following core equipment: raw material mixing and weighing supplying system, twin-screw extrusion system, UV coating system, and packing system. EANS SPC flooring extrusion production line can make the stone plastic flooring features realistic and beautiful patterns, is wear-resistant, and has a glossy, non-slip surface.
EANS technical team provides a turnkey SPC flooring plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
around 45 – 60 days, according to customer requirements.
UPVC window profiles are a building material made by mixing rigid PVC resin with stabilizers, impact modifiers, fillers, and other additives, followed by extrusion molding.
It is specifically designed for manufacturing window frames and sashes. Due to the absence of added plasticizers, UPVC possesses excellent properties such as high hardness, good weather resistance (UV protection, anti-aging), thermal insulation, sound insulation, corrosion resistance, and low maintenance costs. It is widely used in building doors and windows and is a common, energy-efficient, and durable building material.
UPVC window profiles are formulated with a core material and auxiliary materials to ensure rigidity, weather resistance, and processability. Main component: Unplasticized PVC resin. Auxiliary materials: Stabilizers, impact modifiers, fillers, lubricants, and functional additives. These materials are thoroughly mixed in a high-speed mixer and then extruded into window profiles.
The UPVC window profile production line mainly consists of the following core equipment: raw material mixing system (high-speed mixer + cold mixer, used for uniform mixing of PVC resin, additives and fillers), twin screw extruder, extrusion die, vacuum shaping and cooling device, conveyor, cutting machine, and stacker.
EANS technical team provides a turnkey UPVC PVC window profile plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
around 45 – 60 days, according to customer requirements.
The PVC marble production line consists of: a conical twin-screw extruder, a T-die, a vertical calender (including online lamination), cooling rollers, a traction and trimming device, a shearing machine, and a sheet lifting machine.
PS Wall Panels (Polystyrene Wall Panels) are lightweight, high-performance decorative interior wall cladding made from extruded Polystyrene. Unlike traditional materials, PS panels are manufactured through a continuous extrusion process, which creates a homogeneous structure with a smooth surface and excellent dimensional stability.
PS wall panels are primarily made of polystyrene (PS) , with additives to achieve specific performance characteristics such as rigidity, surface smoothness, flame retardancy, and processability. Selected colors and patterns are printed onto the panel surface using a heat transfer process. Finally, an embossing process is used to give the panel texture and a three-dimensional feel, making it resemble the texture of wood or stone.
EANS technical team provides a turnkey PS wall panel plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
around 45 – 60 days, according to customer requirements.
PS louver production line includes a raw material feeding and drying system, a high-performance single-screw extruder, PS wall panel extrusion dies, calibration and cooling sections, a multi-roll calibrator, a traction machine, a cutting and trimming machine, and an automatic stacker. This production line is designed for the efficient and continuous production of lightweight, durable PS wall panels suitable for direct interior installation.
PVC Edge banding is a material used to protect, decorate, and beautify the cross-section of furniture panels. It can make a piece of furniture show clear wood grain and a colorful overall effect. Depending on the requirements of the furniture, there are U-shaped edge banding tape and flat edge banding tape.
EANS technical team provides a turnkey PVC edge banding plant, and the customer will receive a detailed workshop layout, including labor, land size, water, and air consumption.
around 45 – 60 days, according to customer requirements.
The PVC edge banding production line consists of the following core components: a raw material mixing system, a conical twin screw graulation machine, a single screw extruder, a mold, a vacuum cooling device, a traction machine, and a length-cutting device(for U shape edge banding tape) or winder(for flat edge banding tape), surface printing and UV coating machine.
The core principle is to match the effective mixing capacity of the mixer with the hourly capacity of the extruder. It is generally recommended that the mixing capacity of the mixer in a single batch should meet the material requirements of the extruder for 1–2 hours.
High-speed mixers: High rotation speed and fast mixing efficiency. They utilize frictional heat to dry materials and disperse additives, making them suitable for formulations requiring rapid mixing and moisture removal (such as PVC profiles and modified PP materials).
Low-speed mixers: Low rotation speed and gentle mixing. Suitable for applications requiring high particle integrity or for sensitive materials where high-speed mixing should be avoided to prevent degradation.
Choose a sealed mixer to reduce dust leakage. Equip with a central dust collection system, with dust hoods installed at the inlet and outlet to collect and centrally process dust. Provide operators with dust masks and other protective equipment to ensure occupational health.
Extrusion processes place extremely high demands on material mixing: it is essential to ensure that the formulation components (resin, filler, plasticizer, stabilizer, etc.) are uniformly dispersed to avoid localized concentration differences that could lead to problems such as color variations, bubbles, and insufficient strength in extruded products (e.g., pipes, profiles, films). Specialized mixers are optimized for extruded materials in terms of rotation speed, blade structure, and mixing chamber design, enabling efficient and uniform mixing in a short time, and adapting to the continuous production rhythm of extrusion lines.
PVC plantation shutters are a type of interior decoration for windows. They allow light to pass through while blocking outside views. Made of a material with good heat insulation, they effectively maintain indoor temperature and block ultraviolet rays.
PVC plantation shutters use a low-foaming co-extrusion molding and coating process in the aluminum profile. The formulation of PVC plantation windows includes PVC resin, stabilizers, foaming agents, foaming regulators, lubricants, and functional additives.
PVC window shutters production line includes: PVC heating and cooling mixer, aluminum feeding device, extrusion system, mold, vacuum cooling table, hauling off and cutting machine, surface pianting system, etc.
around 45 – 60 days, according to customer requirements.
PVC sealing strip is used to seal something, making it difficult to open. They serve functions such as shock absorption, waterproofing, sound insulation, heat insulation, dust prevention, and fixation, and are widely used in various industries such as automobiles, doors and windows, cabinets, refrigerators, and containers.
PVC sealing strips are made of granules, then mixed with different color masterbatches to produce different colors. EANS sealing strip making machine is available for PVC, TPE, TPU, TPR, etc. materials
The PVC sealing strip extrusion production line consists of a color mixer, single-screw extruder, water cooling table, traction device, automatic double station winding machine, and an electrical control system, and can be used with molds of different specifications.
around 45 – 60 days, according to customer requirements.
PVC corner bead making machine is used to produce the corners and arch beads that protect the corner edge formed by the gypsum boards, and the bead edge enables an aesthetic finish of the putty. Based on the function, they can be divided into interior angles and exterior angles.
PVC corner bead production line consists of raw material mixing system, conical twin screw extruder, extrusion die and calibration mold, vacuum cooling table, traction machine, on-line punching and cutting machine, and automatic stacker machine.
around 45 – 60 days, according to customer requirements.
PVC corners is an edge-trimming strip used for finishing and securing the edges of PVC wall panels and PVC ceiling tiles during installation.
PVC corners is made from PVC resin and calcium carbonate as the base material, with the addition of anti-aging agents, modifiers, and other additives, through processes such as mixing, calendering, and vacuum forming
PVC corner trims production line consists of raw material mixing system, conical twin screw extruder, double out extrusion die and calibration mold, double out vacuum cooling table, double out lamination machine, double out traction and cutting machine, etc. EANS machine can customized the PVC corner production line cavity according to your product level.
around 45 – 60 days, according to customer requirements.
around 45 – 60 days, according to customer requirements.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
The high-speed PVC heating and cooling mixer is a highly efficient device designed specifically for the lamination process of PVC (polyvinyl chloride) and other heat-sensitive plastics. It integrates heating, mixing, and cooling functions, enabling rapid and uniform mixing of materials and temperature control.
High-speed mixers are mainly used for mixing PVC and various plastic materials, such as plastics, rubber, food, and daily chemical products, for mixing, coloring, and drying. They are the preferred equipment for producing plastic sheets, pipes, profiles, and biodegradable plastics.
The resistance heating is activated, and the preheated raw materials are fed into the mixing chamber. As the mixing chamber rotates at high speed, centrifugal force throws the raw materials against the inner wall, causing them to repeatedly impact the surface. After rising to a certain height along the inner wall, the raw materials fall back to the center due to gravity, and the impeller then repeats the above process.
During this cyclical motion, the raw materials continuously collide and change direction, generating frictional heat. Combined with external heating, this causes the temperature to rise. Ultimately, uniform mixing is achieved through the combined effects of centrifugal force, falling material, and heating.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
around 45 – 60 days, according to customer requirements.
It’s a professional surface treatment device that uses polyurethane-based reactive adhesives (PUR adhesives) to coat decorative films (such as PVC film, wood grain paper, etc) onto the surface of window profiles, door frames, PVC panels, WPC boards, MDF boards, etc. It enhances the appearance, weather resistance, and durability of the profiles. The EANS window door PUR laminating machine makes it a crucial post-processing step in high-end profile production.
Its core function is to use PUR hot melt adhesive to bond decorative materials (such as PVC film, wood veneer, PVDF, etc.) to the surface of PVC door and window profiles. This process can enhance the appearance, wear resistance, corrosion resistance, and waterproof performance of the profiles, resulting in more durable and higher-quality finished door and window products.
around 45 – 60 days, according to customer requirements.
EANS technical team supply the turnkey plant, customer will clearly get the workshop layout with clear labor, land size, water and air consumption details
WPC louver lamination machine helps improve the panels surface properties. A variety of colors, patterns, and textures are available to meet different design preferences.
WPC louver lamination production process: preheat the film to ensure optimal adhesion of the lamination, apply the film onto the WPC panels with a fully automatic feeding system. EANS WPC wall panel lamination machine uses pressure and heat to bond the lamination to the panel.
around 45 – 60 days, according to customer requirements.
EANS technical team supplies the turnkey plant, and the customer will clearly get the workshop layout with clear labor, land size, water, and air consumption details
The main materials are PVC resin and calcium carbonate. By adding stabilizers, foaming agents, modifiers, and other ingredients and mixing them in strict proportions, the quality of the foamed doors can be effectively guaranteed.
By changing extrusion molds and adjusting process parameters, the machine can produce various WPC door frame structures, widths, and designs to meet different market demands.
WPC door frame making machine is used to produce door frames, door profiles, and architrave profiles, etc. The finished products are widely applied in residential and commercial buildings as door frames, door jambs, and decorative profiles.
The delivery time depends on machine configuration and customization requirements. Standard machines are usually delivered within 30–45 working days.
Eand group provides lifetime after-sales service, complete technical support, including installation, commissioning, operator training, and raw material formulation guidance to help customers start production smoothly.
PVC Ceiling Panel Making Machine is a complete production system used to manufacture PVC ceiling panels through extrusion, forming, cooling, cutting, and stacking in a continuous process.
PVC ceiling panels are mainly made from PVC resin, calcium carbonate (CaCO₃), and various processing additives. The exact formulation depends on the panel structure, required strength, surface quality, and production cost.
Yes. The PVC Ceiling Panel Making Machine can be customized according to panel width, thickness, structure, production capacity, and mold design to meet different market demands.
Yes. EANS provides complete after-sales support for the PVC Ceiling Panel Making Machine, including installation guidance, commissioning, operator training, and technical assistance.
To receive a quotation for a PVC Ceiling Panel Making Machine, simply contact EANS with your production requirements, and a customized solution will be provided.
PVC ceiling printing machine is used to print decorative patterns and apply surface finishing on PVC ceiling panels, PVC wall panels, and decorative boards. It makes the panels with wood grains, marble textures, and customized designs with high surface quality and added value.
A complete PVC ceiling panel printing machine line includes panel feeder with dust cleaner, first color printer, second color printer, fan cooling, three rollers UV coater, four units of leveling machine, UV dryer and stacker. These processes are integrated into one continuous and automatic production system.
The PVC ceiling printing machine is mainly designed for all types of PVC ceiling panels, PVC wall panels, WPC boards, PVC profiles, MDF boards, etc. It is also suitable for other PVC decorative boards with flat and stable surfaces.
Yes. EANS PVC ceiling printing machine can be customized according to panel width, thickness, printing pattern requirements, coating type, and production capacity to meet different customer needs.
EANS PVC ceiling panel printing machine offers stable performance, high-quality printing and surface finishing, flexible customization, and reliable technical support, helping customers improve product quality and market competitiveness.
PVC three-layer composite pipe production line adopts two or more conical twin screw extruders, the inner and out layer is PVC materials, the inner layers are high-calcium PVC or foam PVC materials. It is an advanced extrusion system. This structure improves pipe strength, surface quality, and material cost efficiency compared to single-layer pipes.
The main advantages include reduced raw material cost, improved mechanical performance, precise layer thickness control, and higher production efficiency. By using recycled or filled materials in the middle layer, manufacturers can significantly lower production costs without sacrificing pipe quality.
PVC three layer composite pipe (also called PVC-U pipe) is mainly made of polyvinyl chloride resin. The pipe is composite of the co-extrusion molding process, and features a core foam structure: two inner and outer rigid PVC layers, with a low-density foam layer in the middle. This three-layer design maintains the pipe’s strength while the foam layer buffers water flow impact, effectively reducing drainage noise. Its core layer utilizes foaming technology, which effectively reduces noise in the drainage system.
The PVC pipe production line supports PVC, UPVC, and optional CPVC formulations. Typically, virgin PVC is used for the inner and outer layers, while recycled or modified materials can be used in the middle layer to optimize cost.
EANS provides customized solutions for the Three Layer PVC Pipe Production Line, including pipe diameter range, output capacity, material formulation compatibility, and auxiliary equipment configuration, ensuring the line fits specific production requirements.
EANS offers complete after-sales support, including installation, commissioning, operator training, technical guidance, and long-term spare parts supply, ensuring stable operation of the PVC pipe three layer co extrusion line.
PVC granulation line is used to convert PVC powder or mixed PVC materials into uniform PVC granules. The PVC granulator extrusion production line includes a mixer, feeding system, PVC granulator machine (twin-screw extruder), pelletizing unit, cooling system, and screening equipment to produce high-quality PVC pellets for further processing.
PVC granulator line can process various types of PVC materials, including rigid PVC (PVC-U), flexible PVC (PVC-P), recycled PVC, and modified PVC compounds. It is widely used in the production of raw materials for PVC pipes, profiles, cables, sheets, and injection molding products.
The PVC granulator typically produces granules 3–4 mm in diameter, depending on the pelletizing die design and cutting system. The granules have a smooth, uniform surface and size, making them suitable for subsequent extrusion.
The PVC granulation line is widely used in industries such as PVC pipe manufacturing, PVC profile production, cable material processing, PVC sheet and board production, and recycled plastic processing.
The twin-screw design ensures a more uniform distribution of additives and fillers, thereby improving the quality and consistency of the final product. Because both screws work together, the material extrusion output is significantly higher than with a single screw pelleting machine.
The SJZ53/128 is optimized for 200–300 mm panels with 1,600 m²/24h output. For higher volume on the same width, upgrade to the SJZ65/132.
Yes. An in-line 2-in-1 lamination and hot-stamping unit can be added. This eliminates a separate decoration step and reduces labor.
Patterns are applied by lamination (film transfer), thermal transfer printing, or direct printing — all compatible with this line as optional downstream units.
EANS provides a full workshop layout plan including floor area, power supply, compressed air, and cooling water specs for your chosen model. Turnkey supply available.
PVC resin (SG-5/SG-7) with stabilizers, modifiers, calcium carbonate filler, and processing aids. EANS can supply a recommended formula with the line.
This machine is designed for PVC formulations, including resin, stabilizers, impact modifiers, and pigments, ensuring stable extrusion and weather-resistant panel production.
The capacity typically ranges from 2–4 m/min depending on panel design, raw material formulation, and machine configuration.
The line supports embossing and lamination processes to produce woodgrain, matte, or customized decorative finishes for exterior applications.
We provide installation guidance, commissioning, operator training, and ongoing technical support to ensure smooth production startup.
The standard delivery time is around 30–45 days, depending on machine configuration and customization requirements.
Output capacity depends on board width, thickness, formulation, and extruder configuration. Typical production capacity ranges from 300 kg/h to over 800 kg/h. When selecting a machine, manufacturers should evaluate not only output volume but also product quality consistency and long-term operating stability.
Yes. PVC foam board is widely used in kitchen cabinets, bathroom cabinets, wardrobes, shelving systems, and decorative furniture panels. Its moisture resistance, corrosion resistance, lightweight structure, and easy processing characteristics make it an alternative to traditional wood-based materials in many applications.
PVC foam board is commonly produced using PVC resin, calcium carbonate, stabilizers, lubricants, foaming agents, and processing additives. Different formulations are used depending on the required board density, surface quality, mechanical strength, and final application.
Yes. EANS can arrange experienced engineers to assist with machine installation, commissioning, trial production, and operator training. This helps customers shorten startup time and achieve stable production more quickly.
Yes. EANS can customize machine configurations based on board width, thickness range, output requirements, factory layout, and target products. Customized solutions help manufacturers improve production efficiency and match specific market demands.
Our machines produce standard panel sizes of 1220×2440mm and 1560×2440mm, with an adjustable thickness range of 5–30mm.
Two-step PVC edge banding production process produces edge banding tapes of higher quality, with better color consistency and superior surface finish, but it incurs slightly higher energy and labor costs. The one-step method has lower operating costs, but the product quality is lower. We recommend the two-step method for customers targeting the mid-to-high-end market.
Yes, we will send engineers to your factory for installation, commissioning, and operational training. The training period until your team can operate the equipment independently.
We offer a 12-month warranty from the date of commissioning. During the warranty period, we will replace defective parts free of charge (excluding consumable parts).
The standard machine models are usually delivered within 30-45 working days. Custom PVC edge banding production lines will take around 45-60 days depending on the specifications.
Complete turnkey lines depending on extruder model, automation level, and whether you need the online punching unit for slotted trunking.
Pro tip: Tell us your target profile size and daily output — we’ll recommend the most cost-effective configuration within 2 hours, no over-selling.
PVC cable trunking making machine produces durable wiring ducts and cable trunking via high-temperature plasticizing and extrusion — flame-retardant, smooth surface, precise dimensions. Trusted by 200+ factories worldwide, these machines produce trunking used in residential buildings, industrial plants, and data centers.
EANS PVC cable trunking extrusion line covers all standard sizes: 10×10mm, 20×10mm, 24×14mm, 50×25mm, 80×80mm, 100×100mm — and any custom size or shape you need. Die changeover takes less than 1 hours, so you can switch between products quickly.
👉 Have a special profile? Share your drawing — we’ll design the die for you.
Two proven models to match your scale: SJZ55/120 = 4000 kg/24h (22 kW motor, perfect for startups) and SJZ65/132 = 6000 kg/24h (37 kW motor, for high-volume production). EANS PVC cable trunking making machine both run stably 24/7 with less than 2% scrap rate — that’s industry-leading efficiency.
👉 Not sure which model fits? Tell us your daily target — we’ll calculate ROI for you.
Pick based on your output and product range. The SJZ55/120 is our best-selling entry model — great value for small-to-medium operations. For higher volume or larger profiles (up to 200mm wide), go with the SJZSJZ65/132. 80% of our first-time buyers choose the SJZ65/132 for its balance of speed and flexibility.
👉 Still unsure? Let our engineers recommend the best fit for your business.
Absolutely — full turnkey service from start to finish in the EANS PVC PVC cable channel machine. Our engineers install on-site, train your team for 3–5 days until they can operate independently, and we stay on call 24/7 after launch. 95% of our customers are running full production within 2 weeks of delivery. Plus a 12-month warranty with spare parts shipped in 24 hours.
👉 Ready to get started? Ask for our installation timeline and training plan.
Yes. One PVC price tag holder making machine can produce different profile sizes by changing the extrusion die and calibration molds. We can also customize the molds according to your profile drawings or samples, allowing one production line to manufacture multiple designs with excellent dimensional accuracy.
PVC price tag holder making machine is primarily designed to process rigid PVC (UPVC), including transparent, white and colored PVC compounds. Different colors can be easily achieved by adding the required masterbatch directly into the PVC raw material, allowing flexible production without changing the machine configuration.
For price tag holders that require two or more colors on the same profile, the extrusion line can be equipped with an additional co-extruder. This enables simultaneous co-extrusion of different PVC materials or colors, producing attractive multi-color profiles while maintaining excellent bonding strength and consistent product quality.
The production capacity depends on the profile dimensions, material formulation, and production speed. EANS PVC price tag holder making machine is available in different configurations to meet various production requirements.
Standard configuration: Up to 200 kg per hour
High-output configuration: Up to 300 – 400 kg per hour
With an optimized extrusion system, precision calibration, and stable haul-off control, the PVC label holder extruder ensures high output while maintaining excellent dimensional accuracy, smooth surface finish, and long-term production stability.
Our PVC price tag holder production line features a precision extrusion system, optimized vacuum calibration, stable cooling, and synchronized haul-off control to ensure smooth surfaces, accurate dimensions, and continuous production stability. Each line is tested before delivery to guarantee reliable performance.
Yes. We provide customized extrusion solutions based on your drawings, samples or technical requirements. Our engineering team designs the extrusion die, calibration system and complete production line to match your specific PVC price tag holder profiles and production capacity.
Yes. We provide complete after-sales services, including machine installation, commissioning, operator training, technical guidance and lifetime technical support. Spare parts and online assistance are available whenever needed to ensure smooth and efficient production.
EANS PVC sealing strip extrusion line is not limited to PVC materials. According to your production requirements, we can customize the extrusion line to process a wide range of materials, including Soft PVC, Rubber, TPE, TPU, TPV and EPDM.
Different materials require different screw designs, temperature control systems and downstream equipment. Simply tell us your raw material and finished sealing strip requirements, and our engineers will provide the most suitable customized solution for stable production and optimum product quality.
EANS PVC sealing strip extrusion line is designed to produce sealing strips with excellent dimensional accuracy, smooth surface finish and consistent physical properties.
With stable extrusion pressure, precise temperature control and optimized cooling technology, the finished sealing strips offer excellent flexibility, reliable sealing performance and a long service life. They are widely used in doors, windows, automotive, refrigerators and various industrial sealing applications.
For most sealing strip applications, we recommend a single screw PVC sealing strip extrusion line.
Compared with twin screw extruders, single screw systems provide more stable plasticization, easier process control and better consistency for flexible sealing strip production. They also simplify operation and maintenance while ensuring higher product quality, making them the preferred choice for most manufacturers.
Yes. One PVC sealing strip extrusion line can produce a wide variety of sealing strip profiles by simply changing the extrusion mould and calibration tooling.
This flexible design allows manufacturers to produce different profile shapes and sizes on the same production line, significantly reducing equipment investment while improving production flexibility for future product development.
Yes. EANS provide fully customized solutions for every PVC sealing strip extrusion line based on your sealing strip drawing, sample or technical requirements.
Our engineering team will evaluate your profile design, material type, product dimensions and production capacity, then recommend the most suitable machine configuration, extrusion mould and downstream equipment. This ensures stable production, high product accuracy and maximum manufacturing efficiency.
Simply send us your drawing or sample, and we will provide a professional extrusion solution tailored to your project.
EANS PVC sealing strip extrusion line is suitable for manufacturing a wide range of sealing strip profiles for different industries.
Typical applications include:
If you have a special profile or application, we can customize the extrusion mould and production line according to your product requirements.
PVC cable trays are plastic surface-mounted cable trays, also called wire duct or cable channel. They are profiles used to store and hide wires. There is no need to chisel or cut grooves in the wall; can be directly attached to the wall and the wires can be tucked in and covered, making it neat and safe.
PVC cable trunking is made of PVC resin, Calcium carbonate, and additives, it is rigid PVC plastic.
Yes, the waste PVC materials can be recycled in a PVC cable channel extrusion line. Recycled PVC materials exhibit strong compatibility after mixing and can be directly blended for normal production.
The PE WPC decking extrusion line is designed to process PE resin, wood powder, calcium carbonate, and various functional additives for manufacturing high-performance WPC decking boards.
The production line is compatible with both virgin and recycled PE materials, depending on the product formulation. By adjusting the material ratio and processing parameters, manufacturers can produce decking boards with different mechanical properties, surface finishes, and weather resistance.
The production line can manufacture both conventional WPC decking and second-generation co-extrusion WPC decking.
It supports solid decking, hollow decking, and customized profile designs by replacing the extrusion die and calibration molds. This flexibility allows manufacturers to serve different market segments without investing in multiple production lines.
Co-extrusion decking features an additional protective surface layer that significantly improves outdoor performance.
Compared with conventional WPC decking, co-extrusion boards provide better UV resistance, scratch resistance, stain resistance, moisture protection, and color stability. They are widely used in premium outdoor applications where long-term durability is required.
Production capacity typically ranges from 150 kg/h to 200 kg/h, depending on the machine configuration and decking profile.
Factors such as product dimensions, raw material formulation, extrusion speed, and screw configuration all influence the final output. Customized high-capacity solutions are available for large-scale production.
Yes. Different decking sizes and profile structures can be produced by changing the extrusion die and calibration molds.
The same production line can be adapted for various product specifications, reducing equipment investment while increasing production flexibility.
Yes. The co-extrusion unit is optional and can be added according to your product requirements.
Manufacturers targeting premium outdoor decking markets often choose the co-extrusion configuration, while standard WPC decking lines remain an economical solution for conventional products.
Yes. An optional online embossing system can create realistic wood grain textures during production.
Inline embossing eliminates additional processing steps, improves production efficiency, and provides a natural wood appearance with enhanced anti-slip performance.
Yes. The production line is compatible with recycled PE materials when properly processed and formulated.
Using recycled plastics can reduce raw material costs while supporting more sustainable manufacturing, provided that the material quality meets production requirements.
PE WPC decking boards are widely used in outdoor residential, commercial, and public construction projects.
Typical applications include gardens, parks, balconies, swimming pool surrounds, boardwalks, terraces, resorts, and commercial landscape developments where weather resistance and low maintenance are important.
Yes. The production line is equipped with a PLC touchscreen control system for centralized operation and monitoring.
Operators can easily adjust temperature, extrusion speed, haul-off speed, and cutting length while monitoring the production status in real time, reducing manual intervention and improving production stability.
Yes. EANS provides customized extrusion solutions based on your production requirements.
Machine configuration, output capacity, decking dimensions, mold design, co-extrusion systems, and automation options can all be tailored to suit your factory layout and business goals.
Yes. EANS provides complete installation, commissioning, operator training, and after-sales technical support.
Our engineering team assists customers throughout the entire project, from equipment installation and production startup to process optimization and long-term maintenance.
The ideal production line depends on your product type, production capacity, raw materials, and target market.
Before recommending a solution, our engineers evaluate factors such as decking dimensions, whether co-extrusion is required, available factory space, and future production plans to ensure the most suitable configuration.
Providing detailed production requirements helps us recommend the most suitable machine configuration.
To prepare an accurate quotation, we recommend sharing your decking profile drawings or dimensions, required output capacity, raw material formulation, local power supply, and any special requirements for automation or auxiliary equipment.
PVC supermarket price tag holders (also called data strips/label strips) are long strips extruded from transparent PVC. They are clipped onto the front edge of the shelf to hold price tags, product names, and prices. They are waterproof, durable, and the tags can be replaced repeatedly, making them an essential item for supermarkets and convenience stores.
Yes, The price tag color is determined by the raw materials used. Using different colored raw materials can produce products of different colors, such as transparent, blue, green, red, yellow, etc.
Yes, if you want to make double colors price holder, you need two extruders to work together. EANS PVC shelf edge strip machine can make profiles with more colors.
EANS hold CE certification, SGS test reports, ISO 9001 quality management system certification and other relevant international standard certificates to guarantee our product quality
EANS heating and cooling mixer machine is suitable for all types of plastic powder materials, such as PVC, WPC, and other plastic additives.
The optimal mixing temperature for PVC resin powder and processing aids is 120 degrees Celsius. If the temperature is too high, the processing aids will evaporate and be lost; if the temperature is too low, the mixing will be uneven.
EANS PVC mixer machine uses WN, LIDUO, etc. EANS team can customize the high speed PVC compounding mixer based on formulation and product level.
Yes. EANS PVC Powder Mixer is specifically designed to mix PVC resin with calcium carbonate (CaCO₃), stabilizers, lubricants, pigments, and other additives. The high-speed heating mixer ensures rapid and uniform dispersion of all raw materials, while the cooling mixer quickly reduces the material temperature to prevent agglomeration and prepare the compound for extrusion.
A three-layer PVC pipe consists of inner, middle, and outer PVC layers produced through co-extrusion technology.
The middle layer can use PVC foam or a high-calcium PVC compound to reduce production costs.
The production diameter range can be customized according to customer requirements. EANS PVC three layer pipe co extrusion line is suitable for 16 – 168 mm, 50 – 200 mm, 315 – 400 mm, 450 – 630 mm, etc.
It improves pipe strength, reduces raw material cost, and provides stable production performance.
A PVC Door Skin Production Line is a complete extrusion system used to manufacture decorative PVC door skins for interior doors, security doors, cabinet doors, and furniture applications. The production line integrates raw material feeding, extrusion, calibration, cooling, embossing, cutting, and stacking into a continuous manufacturing process, ensuring stable production efficiency and consistent product quality.
PVC door skins are typically manufactured from PVC resin, calcium carbonate (CaCO₃), stabilizers, lubricants, processing aids, pigments, and other additives. The exact formulation depends on the required thickness, surface finish, mechanical properties, and customer specifications.
A single production line can manufacture various decorative PVC door skins with different widths, thicknesses, colors, embossed patterns, and surface textures. By changing the extrusion die and downstream tooling, manufacturers can produce customized products for different market requirements.
Production capacity depends on the extruder model, product dimensions, and material formulation. EANS PVC Door Skin Production Lines can achieve capacities of up to 500 kg/h, providing stable output for continuous industrial production.
PVC door skins are produced through a continuous extrusion process that includes raw material mixing, extrusion, vacuum calibration, cooling, embossing (optional), automatic cutting, and stacking. Precise process control ensures stable dimensions, smooth surfaces, and consistent product quality.
Yes. After extruding the PVC door skin sheets, can laminate the wood grains on surface, and make the 3D patterns by vacuum pressing machine
Yes. PVC door skins can be customized with realistic wood grain, matte finishes, glossy surfaces, and other decorative textures. Inline embossing technology can create different surface patterns according to customer design requirements.
Single-color PVC door skins are produced with a uniform material structure and color throughout the profile. Co-extruded PVC door skins use multiple layers to improve surface appearance, wear resistance, and decorative effects. The suitable solution depends on the target market and product positioning.
The required factory space depends on the production line configuration, product size, and auxiliary equipment. EANS provides factory layout planning to help customers optimize equipment placement, material flow, and production efficiency.
The labor requirement depends on the automation level and production capacity. With an automated feeding, extrusion, and cutting system, fewer operators are required compared with traditional manual production methods.
The installation and commissioning time depends on the machine configuration and factory conditions. EANS provides installation guidance, commissioning support, and operator training to help customers start production smoothly.
Yes. EANS provides customized extrusion die solutions based on customer product drawings, dimensions, thickness requirements, and surface designs to ensure stable production and accurate product quality.
EANS provides technical support including machine installation guidance, commissioning assistance, operation training, troubleshooting support, and spare parts supply to ensure long-term stable operation.
The delivery time of a PVC Door Skin Production Line depends on the machine configuration, extrusion die requirements, and production schedule. Standard production lines usually require around 45 working days, while customized solutions may require additional time for mold development, manufacturing, and testing. EANS provides a complete project schedule from design confirmation to machine delivery to help customers plan their production investment.
A PVC Edge Banding Sheet Extrusion Line is a complete production system designed to manufacture wide PVC sheets that can be further slit into multiple edge banding strips.
Unlike traditional PVC edge banding extrusion lines that directly produce narrow edge bands, this production method uses a wider extrusion process first, then cuts the sheet into different widths according to market requirements.
The main difference is the production method and final output.
Compared with direct strip extrusion, PVC sheet extrusion offers:
Wide sheet extrusion allows manufacturers to produce one large PVC sheet and divide it into multiple edge banding strips.
This production method is especially suitable for customers who need:
It reduces the need to change extrusion dies frequently and improves production efficiency.
The PVC Edge Banding Sheet Extrusion Line can produce PVC sheets for manufacturing:
After slitting, the wide sheets can be converted into different edge banding strip sizes.
Producing PVC edge banding from sheets provides several advantages:
A well-designed PVC edge banding extrusion line improves efficiency through:
It allows manufacturers to respond faster to different market demands.
Yes. The sheet width and thickness can be customized according to:
Different slitting solutions can then convert the sheet into various edge banding strip sizes.
EANS provides turnkey PVC extrusion solutions including: solution design, equipment manufacturing, mold development, installation guidance, commissioning, technical training, after-sales support, etc.
Yes. The PVC Edge Banding Sheet Extrusion Line can produce edge banding sheets with different colors and decorative effects, including:
Surface treatment options can be customized according to the customer’s market requirements from EANS PVC edge banding production line.
A PVC waterstop production line is designed for manufacturing PVC waterstops used in concrete joints, tunnels, dams, underground structures and waterproof construction projects. EANS PVC waterstop extrusion line integrates extrusion, cooling, hauling and cutting systems to produce stable PVC profiles with high efficiency and precise dimensions.
The production capacity depends on the waterstop profile size, thickness, PVC formulation, and machine configuration. Under normal production conditions, the extrusion speed is usually around 3–10 meters per minute. EANS can provide suitable line configurations according to customers’ required output and product specifications.
EANS PVC Waterstop Extrusion Machine can produce different types of PVC waterstop profiles, including center bulb waterstops, external waterstops, and customized profile designs. The width, thickness, and structure of the profiles can be adjusted through customized extrusion dies, allowing manufacturers to meet different construction waterproofing requirements.
PVC waterstops must be manufactured using twin-screw extruders (mostly tapered and counter-rotating). The key factors are: PVC powder + high filler + heat sensitivity + high precision. Single-screw extruders cannot mix the powder properly, resulting in poor plasticization, unstable dimensions, and a tendency to smear the material.
The operating cost of a PVC Waterstop Making Machine mainly includes electricity consumption, labor costs, and regular maintenance expenses. EANS extrusion solutions are designed for stable production with high material utilization. Production waste and edge scraps can be recycled and reused, helping manufacturers reduce raw material consumption and improve cost efficiency.
EANS provides standard warranty service for the PVC waterstop production line. During the warranty period, qualified parts caused by equipment issues will be handled according to warranty terms. Our technical team provides remote support and professional solutions to help customers maintain stable production.
EANS PVC Waterstop Production Line focuses on production stability, profile accuracy, product appearance, and long-term technical support. The equipment helps manufacturers produce PVC waterstop profiles with consistent dimensions, smooth surfaces, and stable quality while reducing production risks through professional engineering support.
To select a suitable WPC wall panel production line, you should focus on four WPC-specific factors: target output, raw material formulation system (PVC-based / PE-based WPC), panel profile design, and automation requirements. For mass production of WPC cladding, a WPC-dedicated high-torque conical twin-screw extrusion line is recommended for uniform wood-plastic fusion; for small-batch custom orders, a medium configurable line offers better cost efficiency. We can provide a tailored configuration plan based on your actual production needs.
WPC wall panel production line is purpose-built for manufacturing exterior wall cladding panels and profiles, including WPC wall claddings, WPC ceilings, WPC columns, WPC decking floorings, etc.
Yes, this WPC wall cladding extrusion line fully supports custom profile production. We design and manufacture custom extrusion dies and embossing rollers based on your drawings or sample panels to achieve specific cross-sections, interlocking structures, surface textures, and dimensions. The quick-change die design enables fast product switching between different WPC panel designs.
Yes, EANS provide full overseas on-site installation and WPC-specific technical support for global customers. Our experienced engineers will complete equipment commissioning, WPC formula tuning and hands-on operation training for your production team. We also offer long-term remote technical guidance and after-sales consultation to ensure stable long-term WPC panel production.
The production capacity of a WPC Wall Panel Production Line depends on the extruder model, WPC formulation, panel specifications, and production requirements. For a standard 65-type conical twin-screw WPC wall panel extrusion line, the typical output ranges from 150 – 200 kg/h. Higher-capacity configurations are available for large-scale WPC cladding production.
Yes. We provide WPC formulation guidance and technical support for customers investing in a WPC Wall Panel Production Line. Our technical team can recommend suitable formulas according to product application, including exterior WPC cladding requirements, cost targets, and production conditions. Formula optimization can also be carried out during commissioning to achieve stable extrusion performance and consistent panel quality.
Yes. Customers are welcome to visit our factory for inspection and trial production before purchasing the WPC Wall Panel Extrusion Line. Testing can be performed with your raw materials and profile designs to verify the performance of the WPC extrusion machine, including extrusion stability, panel quality, surface texture, and production efficiency.
The WPC Wall Panel Production Line includes a standard warranty period after successful commissioning. During this period, we provide technical assistance for equipment operation and troubleshooting. Long-term support and spare parts supply are available to ensure stable operation of the WPC cladding production line.
The WPC Column Production Line is designed for manufacturing hollow and solid WPC columns, including decorative columns, pergola posts, fence posts and other WPC profiles. By changing customized moulds, manufacturers can produce different shapes, sizes and surface designs without changing the main extrusion system.
The output of the WPC Column Production Line depends on extruder model, column size, raw material formula and product design. Our engineers will recommend a suitable configuration according to your required capacity, product specifications and investment plan.
WPC columns are mainly produced using PE resin, wood flour and functional additives. EANS provides production guidance and formula suggestions according to different raw materials, product requirements and local climate conditions to improve strength, weather resistance and surface quality.
Yes. The WPC Column Production Line supports customized extrusion moulds based on customer drawings, samples or profile requirements. Different shapes, diameters, wall thicknesses and surface designs can be achieved through customized mould solutions.
Yes. An optional co-extrusion unit can be added to the WPC Column Production Line for producing two-layer WPC columns with improved weather resistance, color stability and decorative wood grain surfaces.
Before supplying the WPC Column Production Line, EANS will provide factory planning support, including equipment layout, installation power, workshop space requirements, water consumption and compressed air requirements according to the selected configuration.
Yes. EANS provides installation guidance, commissioning and operator training after equipment delivery. Our after-sales team offers 24/7 technical support through online communication tools to help customers solve production issues and maintain stable operation.
To prepare a customized quotation for the WPC Column production line, please provide your target output, column sizes, application requirements, destination country and local voltage standard. Our engineers will prepare a suitable machine configuration and production solution.
A PVC baffle ceiling production line is designed to manufacture various PVC baffle ceiling profiles, including U-shaped, square, and customized designs. By changing the corresponding forming mould, manufacturers can produce different profile sizes, shapes, and surface styles according to market requirements.
The PVC baffle ceiling mold is a key component of the extrusion line, directly affecting product quality, production efficiency, and surface appearance. EANS designs customized PVC extrusion dies with optimized flow channels and precision processing technology to ensure stable extrusion, accurate profile dimensions, and high-quality ceiling panel production.
EANS equipment uses brand-standard electrical components to reduce unnecessary power consumption, optimized mold flow reduces finished product defect rates, and an integrated modular structure reduces daily maintenance costs during long-term continuous operation.
The standard manufacturing cycle is 30–45 working days after deposit receipt. We provide full video & photo inspection before shipment, and precision components are packed with fumigated wooden cases for long-distance sea transportation.
We offer a 12-month whole machine warranty after equipment arrival. Overseas on-site installation, commissioning, and operator training are available on request, together with lifelong online technical support.
EANS maintains a complete spare parts inventory for all matching components of the PVC ceiling production line, and can quickly supply original replacement parts at preferential prices in your later production operation.
Kindly inform your target daily output, baffle profile dimension requirements and local workshop voltage standard, our team will send a targeted configuration plan and official quotation within 24 hours.
PVC door frame production lines are specifically designed for SPC (stone-plastic composite) formulations. The main raw materials include PVC resin, calcium carbonate (CaCO₃), heat stabilizers, impact modifiers, and processing aids. The formulation can be adjusted according to profile requirements and local raw material availability.
The production capacity depends on the extruder model, profile size, wall thickness, and material formulation. EANS offers different configurations to meet various production needs. Depending on the specific profile, the standard model has a daily output of approximately 4-5 tons.
A complete PVC door frame extrusion production line includes: a conical twin-screw extruder, a custom extrusion die, a vacuum calibration cooling table, a traction device, an automatic cutter, and a PLC control system for continuous production of door frame profiles.
Yes. PVC door frame molding machines can produce custom SPC door frame profiles based on customer drawings, dimensions, and structural requirements. EANS provides dedicated mold solutions and production configurations for different door frame applications.
SPC door frame extrusion lines are specifically designed for high-filler rigid PVC composites. Compared to WPC door frame extrusion lines, they are designed for foamed profiles and require more stable foaming control to ensure profile quality.
This PVC door frame production line uses a conical twin-screw extruder, which enables efficient plasticization and uniform mixing of SPC materials. This extrusion system is suitable for producing rigid PVC door frame profiles with stable quality, accurate dimensions, and continuous operation.
Delivery time depends on equipment configuration, mold design, and customization requirements. Before shipment, EANS will conduct equipment testing and provide installation guidance, commissioning support, and operator training to help customers achieve stable production.
The right PVC door frame production line depends on target output, profile specifications, production requirements, and investment budget. EANS provides customized solutions by matching the appropriate extruder model, die design, and auxiliary equipment configuration.
EANS PVC door frame production lines are designed according to international quality and safety standards. The equipment is available with CE mechanical safety certification and ISO 9001 quality management system certification. We can also provide other relevant documents according to the import requirements of different countries and regions.
WPC PVC skirting boards are mainly produced using PVC resin, wood powder, calcium carbonate and functional additives. The material formulation can be adjusted according to product requirements, including profile strength, density, surface quality and application conditions.
EANS WPC PVC skirting board extrusion line is mainly designed for producing thick-wall WPC skirting boards and decorative profiles. With customized mould designs, the line can produce different profile sizes, shapes and structures according to customers’ product requirements.
The production process includes raw material mixing, extrusion, mould forming, vacuum calibration, cooling, hauling and cutting. After extrusion, the profiles can be further processed through offline lamination or other decorative finishing methods to achieve different surface effects.
Yes. EANS provides customized extrusion solutions according to profile dimensions, production capacity, product design and factory conditions. The line configuration, mould design and auxiliary equipment can be adjusted to meet different manufacturing requirements.
WPC PVC skirting boards can achieve various decorative finishes through offline processing, including wood grain, matte, glossy and customized patterns. The surface treatment options can be selected according to market demands and product positioning.
EANS provides complete technical support from production planning and extrusion line configuration to mould matching, installation guidance and commissioning. Based on customers’ products, output requirements and factory conditions, EANS helps develop suitable WPC PVC skirting board production solutions.
PVC door frames are composite door frames made of stone-plastic composite material (SPC). Compared with traditional wood door frame materials, they have superior strength, dimensional stability, waterproof performance, and durability
EANS PVC skirting board extrusion line is designed for rigid non-foamed PVC skirting profiles with a wall thickness range of 0.8–1.5 mm. The optimized extrusion system, precision die design, and stable calibration process ensure consistent thickness and profile quality during continuous production.
The PVC skirting board production line uses a multi-stage vacuum calibration system and precise cooling temperature control to improve profile stability. This helps reduce warpage, shrinkage, and deformation problems commonly found in thin-wall rigid PVC profile production.
Yes. Production waste can be collected, crushed into regrind material, and reused in PVC skirting board production. Depending on product requirements, an appropriate ratio of recycled material can be added to reduce raw material costs while maintaining profile quality.
The standard delivery time for EANS PVC skirting board making machine is approximately 45 days after order confirmation. The exact delivery schedule may vary depending on machine configuration and customization requirements. After delivery, EANS provides installation guidance, commissioning support, and operator training to help customers achieve stable production.
EANS provides technical support including remote assistance, spare parts supply, production guidance, and troubleshooting support. Our team helps customers maintain stable operation and improve production efficiency throughout the machine service life.
6. What is the difference between a rigid PVC skirting board
The main difference is the product structure and application requirements. The rigid PVC skirting board making machine produces non-foamed profiles with higher density, better surface hardness, and improved dimensional stability. Foamed PVC skirting lines focus on lightweight products with different material characteristics and applications.
EANS PVC skirting board making machine can achieve a production capacity of approximately 5 tons per 24 hours, depending on profile size, wall thickness, material formulation, and production conditions. The line is designed for stable continuous operation while maintaining consistent profile quality and dimensional accuracy.
Yes. With interchangeable dies and adjustable processing parameters, the PVC skirting board making machine can produce different profile designs, including flat, grooved, and co-extruded skirting boards, helping manufacturers expand product ranges with one production platform.
EANS PVC tile trim production line is designed for manufacturing various rigid PVC tile edge trims, including L-shaped tile trims, U-shaped trims, T-shaped transition trims, round edge trims, and customized PVC corner profiles. The line is widely used for tile edge protection, floor transition, wall corner protection, and interior decoration applications.
Yes. This PVC tile trim making machine is developed for efficient batch production with stable extrusion performance, easy operation, and low maintenance requirements. The production speed and output can be adjusted according to different PVC tile trim sizes and material formulas, making it suitable for small and medium-sized manufacturers.
The complete PVC tile trim production process includes raw material mixing, PVC extrusion, profile forming, vacuum calibration, cooling, surface finishing, punching (optional), and automatic cutting.
Through the integrated PVC extrusion process, the line can produce finished PVC tile edge trims with consistent dimensions and stable surface quality.
Our PVC tile trim extrusion line uses precision extrusion dies and vacuum calibration systems to control profile dimensions during forming. Stable cooling circulation and accurate shaping help maintain consistent thickness, straightness, and appearance of PVC tile trims.
EANS PVC tile trim production line is designed for stable, efficient, and long-term industrial production. It adopts high-quality components, including Siemens motors and ABB inverters, to achieve precise speed control, reliable performance, and improved energy efficiency. The optimized extrusion system, precision dies, and flexible surface finishing solutions enable manufacturers to produce various PVC tile trim profiles with consistent quality, high productivity, and lower operating costs.
Yes. The PVC tile trim production line is designed to process various rigid PVC compounds containing different fillers, stabilizers, and additives. The PLC control system allows operators to adjust production parameters according to different PVC tile trim profiles and specifications, ensuring stable extrusion performance and consistent product quality.
We provide complete support including installation guidance, machine commissioning, operator training and technical assistance. Reliable spare parts supply and after-sales service help ensure stable long-term operation of the PVC tile trim extrusion line.
Yes, EANS team provides customized PS frame production line solutions according to customers’ specific requirements. Based on the target profile design, production capacity, raw material formula, and market needs, our engineers design a suitable extrusion solution to ensure efficient and stable production.
Yes. EANS provides customized mould solutions based on different profile shapes, dimensions, and decorative requirements. The line can produce various PS picture frame profiles to meet customer designs and market demands.
The PS decorative profile production line can be equipped with a hot stamping machine to create various decorative effects, including wood grain, metallic finishes, and other patterns. These surface finishing options help manufacturers produce attractive PS profiles for picture frames, mirror frames, and interior decoration applications.
The main raw material is polystyrene (PS) resin, combined with necessary additives to ensure stable extrusion performance and consistent profile quality. The material formula can be adjusted according to specific product requirements and profile applications.
The complete PS frame production line typically includes a mixing system, extruder, profile mould, cooling and calibration system, hot stamping machine, haul-off unit, and cutting system. The configuration can be customized based on profile design, production capacity, and surface finishing requirements.
Yes, Recycled PS materials can be considered depending on the final product requirements, profile quality standards, and surface finishing requirements. EANS can help customers evaluate suitable material formulas and production solutions based on their specific applications.
The PS profile extrusion line adopts stable extrusion, precise mould forming, and effective cooling and calibration systems to maintain accurate profile dimensions, smooth surfaces, and consistent product quality during continuous production.
Yes. EANS provides customized extrusion solutions based on production requirements, including profile design, mould requirements, production capacity, and surface finishing needs. This helps manufacturers establish efficient and reliable PS decorative profile production operations.
EANS provides technical support, including machine installation guidance, operation training, and after-sales service to help customers achieve smooth commissioning and stable production after equipment delivery.
The regular capacity is around 30 – 60 kg per hour. EANS team can recommend a suitable PS skirting board extrusion line configuration according to the customer’s expected output.
The standard PS profile width is around 10 to 100mm; EANS provides customized mould design and production requirements for different skirting board dimensions and market applications.
The required workshop dimensions are 10 meters wide and 40 meters long. EANS team will provide layout suggestions based on the customer’s factory conditions.
One production line needs two laborers. EANS PS skirting board production line with automatic cutting and stacking systems, can reduce manual handling and improve production efficiency.
The quality of finished PS skirting boards is influenced by several key factors, including raw materials, extrusion technology, mold design, cooling calibration, and production process control.
Yes. A PS Foam Profile Production Line can be upgraded with additional functions according to future production requirements. EANS designs extrusion systems with flexibility and expandability, allowing customers to improve production capacity, product variety, and automation levels as their business grows.
Once the raw materials, electricity, water, and and air are ready, it takes about 7 days to complete a PS profile production line.
The main consumable parts include moulds, heating components, and other wear parts related to continuous operation. Regular maintenance and timely replacement help maintain stable production performance.
Regular maintenance of the extruder, cooling system, electrical components, and auxiliary equipment helps extend service life and maintain stable production efficiency.
This double outlet PVC electrical conduit production line is designed for 16–63 mm PVC electrical conduit pipes, with a typical wall thickness of 1–2 mm. The pipe diameters are adjustable from molds according to the required product specification.
The PVC conduit pipe production capacity depends on the selected extruder model. For the 16–63 mm two-strand PVC conduit application, the available configurations include SJ51/110 with a maximum output of 120 kg/h, SJ55/120 with 150kg/h, and SJ65/132 with 250kg/h. These figures represent the total output of the complete two-strand line, with two pipes produced simultaneously.
EANS PVC conduit pipe extrusion line is designed for efficient production of electrical conduit pipes. The line is available with 2-outlet and 4-outlet extrusion configurations, covering pipe sizes from 16 to 32 mm and 16 to 63 mm, respectively.
The material formulation of PVC conduit pipe production includes PVC resin and the required processing additives. The specific formulation can be adjusted according to the required pipe properties, raw material availability, and production requirements.
A typical production setup requires approximately 3–5 operators, depending on the selected PVC conduit pipe extrusion line configuration, production conditions, and degree of automation. The final manpower requirement can be confirmed according to the customer’s production process and operating arrangement.
Yes. The molds of the PVC conduit extrusion machine can be customized according to the required pipe diameter. The configurations presented on this product page are focused on 16 to 32 mm, 16 to 63 mm, while the same extruder models can also be configured for other pipe sizes based on the customer’s production requirements.
Yes. The PVC conduit extrusion line can be configured according to the customer’s target pipe size, required output, local power supply, factory conditions, and production requirements. Voltage, frequency, electrical components, line layout, molds, and other relevant specifications can be determined during the project design stage.
Choosing the right PVC electrical conduit extrusion line depends mainly on pipe diameter, required output, number of strands, and production requirements.
The required pipe size is the first factor to consider. For example, EANS can configure different multi-strand solutions for common electrical conduit sizes:
Línea Americana” UPVC sliding window profile extrusion line is a complete production system that extrudes, calibrates, cools, cuts, and stacks UPVC profiles for American-style single-hung, double-hung, and horizontal sliding windows — including frame, sash, jamb, meeting rail, sill, and mullion profiles — with geometry and wall thickness designed to AAMA / North American standards.
UPVC sliding window profile making machine uses UPVC dry blend (PVC resin + calcium carbonate + stabilizer + TiO₂ + lubricants + processing aids, with up to 20–30% recyclable regrind), and each profile requires a custom-designed alloy-steel vacuum die.
Standard lead time is 30–45 days after deposit (custom dies run in parallel). Machines are packed in wooden crates / waterproof wrap and shipped in 40HQ containers. Our engineers provide on-site installation, commissioning, and operator training for 5–10 days until stable production is achieved.
The UPVC sliding window profile extrusion line carries a 12-month warranty (or 18 months from B/L), is CE and ISO 9001-certified with SGS/BV inspection available on request, and includes lifetime factory-price spare parts, 24/7 online video support, and optional remote real-time diagnostics.
PVC roofing sheet (also called synthetic resin tiles) use PVC (polyvinyl chloride) as the main base material. High-quality products have a co-extruded ASA weather-resistant layer on the surface. They are a new type of polymer roofing tile formed by extrusion molding and are mostly used on pitched roofs to replace clay tiles and color steel tiles.
A typical PVC door panel extrusion line is about 26–30 m long and 3.5 m wide. For material storage, finished products, and operating space, we recommend about 40 m × 6–8 m, with a minimum factory height of 4 m. EANS can optimize the line layout according to your available factory space and production plan.
An SJZ92/188 line typically has 260–320 kW of installed power, with actual production consumption of about 180–220 kW. A circulating cooling-water system with a cooling tower and approximately 12–15 tons/hour water flow is recommended. Final utility requirements depend on the selected model and local conditions.
The typical production lead time is 60–75 days, including customized tooling. On-site installation and commissioning normally take 7–10 days, depending on the factory conditions and line configuration. The final schedule will be confirmed according to the selected PVC extrusion machine and project requirements.
Differences often come from the screw and barrel material, electrical components, steel construction, stainless-steel grade, and gearbox quality. These directly affect extrusion stability, service life, and operating costs. EANS can recommend a practical configuration based on your local market, target output, and budget.
The main extrusion and downstream systems can have similar configurations, but WPC production requires a different screw design, die configuration, and stronger vacuum degassing because of the wood content. The material formulation should be confirmed before selecting the line.
Two common methods are online hot stamping and offline PVC film lamination. Hot stamping is suitable for faster inline production, while lamination provides a thicker decorative layer and a more premium surface finish. The suitable method depends on your target product and local market.
With a suitable wear-resistant screw and barrel configuration, the line can typically support around 100–150 phr calcium carbonate, depending on the PVC formulation and required panel strength. Excessive filler can reduce impact strength and increase equipment wear. The suitable filler ratio should be determined according to your raw materials, product requirements, and target market.
Yes. For a complete PVC Door Panel Production Line, formulation support can cover PVC resin, calcium carbonate, stabilizers, lubricants, and foaming agents. During commissioning, the formulation can be adjusted according to locally available raw materials and the required panel properties.
Under normal operation and a controlled filler ratio, a bimetallic screw and barrel can typically last around 1.5–2 years, while a properly maintained alloy-steel die can last approximately 3–5 years or longer. Actual service life depends on material formulation, operating conditions, and maintenance.
Stanard sheets: 2 layers ( Surface layer: ASA weather-resistant layer (0.15-0.3mm), UV resistant, fade-resistant, and aging-resistant. Core layer: PVC skeleton layer (2.0-3.0mm), PVC + stabilizers, toughening agents, and fillers, providing strength and toughness)
High level roofing sheet:
Standard products typically require around 30–40 working days, while customized products may require a longer production time depending on the specific requirements.
A standard PVC roofing sheet production line typically requires 3–5 workers per shift, depending on the production capacity and level of automation. With automatic cutting, stacking, and packaging systems, labor requirements can be further reduced while improving production efficiency.
EANS provides complete after-sales support, including installation and commissioning guidance, operator training, remote technical assistance, spare parts supply, maintenance guidance, and troubleshooting support. Our engineering team works closely with customers to ensure stable operation and efficient PVC roofing sheet production.
Yes. By changing the extrusion die, calibration tooling, and surface finishing equipment, the production line can be configured for different panel structures, patterns, and decorative effects.
Yes. With suitable interchangeable dies and corresponding tooling, one production line can be configured to produce different PVC wall panel designs and specifications.
The extrusion, calibration, cooling, and haul-off systems work together to maintain stable material flow, accurate dimensions, uniform thickness, and consistent panel quality.
Yes. The line can be equipped with lamination or other surface treatment systems to produce different decorative finishes, colors, textures, and patterns.
Output is mainly affected by the panel size, thickness, material formulation, extruder configuration, extrusion speed, and required product quality.
The line configuration can be designed with future production requirements in mind. Additional or upgraded downstream equipment can be considered according to the customer’s product development plans.
EANS can provide installation guidance, commissioning support, operator training, technical documentation, and after-sales technical assistance.
The installation and commissioning time depends on the line configuration, factory preparation, and local conditions. A detailed schedule can be provided according to the specific project.
The customer normally needs to prepare the required factory space, electrical supply, cooling water system, material storage area, and other utilities according to the final equipment configuration.
Yes. EANS can recommend a complete production line configuration based on the customer’s target products, required output, factory conditions, local market, and investment budget.
The standard capacity is from 150 kg per hour to 200 kg per hour. The required capacity should be calculated from the expected daily or monthly production volume. It is better to select the line based on the actual material consumption of the plastic profile rather than capacity alone.
Yes, different sizes of plastic profiles, the extrusion speed will be little changed.
Yes. PVC formulations with different filler levels, stabilizer systems, lubricants, or processing characteristics may require adjustments to temperature, screw speed, haul-off speed, and other operating parameters. The machine should therefore be commissioned according to the actual formulation used in production.
A plastic profile is a continuously manufactured plastic product with a specific and consistent cross-sectional shape. Common examples include PVC window profiles, door profiles, skirting boards, cable ducts, and decorative profiles.
EANS UPVC Window Sill Production Line can process. The applicable calcium carbonate level depends on the window sill cross-section, wall thickness, required mechanical properties, and material formulation. EANS evaluates the formulation before confirming the screw design and stable output. The actual formulation can be adjusted according to the required window sill profile, raw material properties, and product performance.
The standard UPVC window sill production line has a production capacity of approximately 250 kg/h. Actual output may vary depending on the window sill profile size, thickness, material formulation, and operating conditions.
Yes. After the project solution is confirmed from customer side, EANS machine provides one basic general-purpose UPVC window sill formulation free of charge with the equipment. During commissioning at the customer’s site in China or overseas, our process engineers can fine-tune the formulation according to the locally purchased PVC resin powder quality and calcium carbonate mesh size until qualified products are produced.
Yes. Startup scrap, edge waste, and cutting residues generated during UPVC window sill production can be recycled. The waste can be processed into powder using a dedicated PVC crusher and mill (Crusher & Miller) and then reintroduced into the production formulation at approximately 10%–20%. According to the provided formulation, this recycled material can be reused without affecting product quality, helping minimize raw material waste.
The UPVC window sill profile die normally requires approximately 30 minutes of preheating before restarting production. The exact heating time may vary depending on the die size, structure, and production conditions. Proper preheating helps bring the die to a stable working temperature before extrusion, supporting smoother startup, stable melt flow, and consistent UPVC window sill profile quality.
30 mm. The machine can be configured according to specific product requirements.
Yes. Different product specifications can be accommodated by adjusting the relevant cutting and positioning settings, with tooling or components changed when required.
Stainless steel blades.
Approximately 5 minutes. The changeover time depends on the difference between product specifications and whether cutting components or tooling need to be replaced.
Blade life depends on the material being processed and the cutting frequency. Regular inspection helps maintain consistent cutting performance.
Routine maintenance mainly includes checking the cutting unit, blade condition, moving components, electrical connections, and dust-handling components to keep the machine operating reliably.
Yes. EANS can configure the cutting system according to the shape, width, and material of the customer’s product.
The fluted panel online film cutting machine is suitable for various laminated PVC panels, including PVC wall panels, PVC ceiling panels, and other sheet products with protective or decorative surface film.
A PVC-U hollow spiral low-noise drainage pipe is a structured-wall drainage pipe made from unplasticized PVC. Depending on the pipe design, it may combine hollow wall chambers with internal spiral ribs to reduce the transmission of drainage noise and guide water flow along the pipe wall.
Please confirm the pipe diameter, EANS team will suggest the PVC silent pipe soution based on customer request.
Yes. The cutting position of the fluted panel online film cutting machine can be adjusted according to the panel width and film coverage, allowing the machine to work with different panel specifications.
The PVC-U hollow wall silencing pipe extrusion line uses external vacuum calibration together with a micro-positive pressure system. Air pressure inside the hollow sections is maintained at several kilopascals to support the hollow grid and straight ribs, preventing them from being flattened or deformed during cooling.
The fluted panel online film cutting machine uses controlled cutting movement and precise positioning to process the film within the fluted sections while minimizing contact with the PVC panel surface, helping protect the finished panel from unnecessary damage.
With over 20 years of experience in plastic extrusion systems, EANS Machinery provides professional guidance and complete solutions for your PVC pipe production business. From extrusion line design and equipment configuration to installation support and production optimization, our technical team helps customers build efficient, reliable, and cost-effective PVC pipe manufacturing operations.
PVC silent pipes are widely used in building drainage systems, residential plumbing networks, noise-reduction drainage applications, commercial construction projects, and modern water management systems. Their hollow-wall spiral structure provides improved sound insulation performance, making them an ideal solution for applications requiring quieter and more efficient drainage.
Yes. The fluted panel online film cutting machine can be configured as an auxiliary unit for an existing PVC fluted panel line, provided that the panel size, line speed, and installation space are compatible.
The cutting position can be adjusted according to the new panel width and film application area. The specific adjustment method depends on the machine configuration.
The trimmed film is separated from the finished panel and can be collected manually or connected to a suitable waste collection arrangement according to the production setup.
Yes. The fluted panel online film cutting machine cutting system can be matched to the operating speed of the fluted panel line. The suitable speed range depends on the panel dimensions, film characteristics, and cutting requirements.
The main types for plastic profile production include single-screw extruders and twin-screw extruders. Twin-screw extruders can be further divided into conical twin-screw and parallel twin-screw types. The appropriate extruder depends on the material, product design, filler content, required output, and processing conditions.
EANS PVC marble sheet making machine has a typical capacity of 450–650 kg/h, depending on the extruder model, sheet thickness, and formulation. SJZ80/156 and SJZ92/188 are available for different production requirements.
The PVC marble sheet making machine supports high CaCO3 filling ratios. With a suitable formulation and high-wear-resistant screw and barrel, the CaCO3-to-PVC ratio can reach 1:3, helping reduce raw material costs while maintaining sheet strength.
The online lamination system can be integrated into the PVC marble sheet extrusion line for film lamination during production. The UV coating line is normally a separate downstream system used for high-gloss and scratch-resistant surface treatment.
The P20 T die is used for stable PVC marble sheet forming. P20 tool steel provides good hardness, wear resistance, and dimensional stability during continuous high-temperature extrusion, helping maintain consistent sheet thickness.
Yes. The PVC marble sheet making machine allows the sheet thickness to be adjusted according to the product requirement. The T die, calendering system, and haul-off speed work together to control the final sheet thickness.
EANS uses reliable components for the PVC marble sheet production line, including ABB motors, Siemens inverters, Omron control components, and bimetallic screws and barrels for high-CaCO3 production.
Yes. EANS provides a turnkey PVC marble sheet making machine with overseas installation, commissioning, operator training, and production formula support. Our engineers can also optimize the formula according to the customer’s local raw materials and production requirements.
Yes. By using suitable extrusion dies and forming components, the PVC Fluted Wall Panel Making Machine can produce panels with different widths, and fluted designs. The production line can be configured according to the required product specifications.
A complete PVC Fluted Wall Panel Making Machine typically includes a PVC mixing system, extruder, extrusion die, vacuum calibration unit, cooling system, haul-off machine, and cutting machine. Optional equipment such as a laminating machine can be added according to the required surface treatment process.
Yes. EANS provides technical support for machine installation, commissioning, and production setup. Remote guidance and on-site technical service can be arranged according to project requirements.
A complete PVC Fluted Wall Panel Making Machine production line typically requires 2–3 operators, depending on the production configuration and packaging requirements. The integrated control system helps reduce manual operation during continuous production.
The required installation space depends on the machine model and production capacity. EANS provides a production line layout before delivery to help customers prepare the factory area, power supply, and utility connections.
The standard configuration is 380V, 50Hz, EANS team customize the PVC fluted wall panel making machine to match different local electrical standards, such as 220V 60Hz, 415V 50Hz, 380V 60Hz, and so on.
The standard delivery time is generally 45–60 days after order confirmation, depending on the machine configuration and production schedule.
Yes. The PVC Fluted Wall Panel Making Machine can process formulations containing recycled PVC, provided that the raw materials meet production requirements and the formulation is adjusted
A PVC water supply drainage pipe making machine is a complete extrusion production line for manufacturing rigid PVC-U pipes from PVC powder compounds. A typical line includes a conical twin-screw extruder, extrusion die and molds, vacuum calibration and cooling tank, haul-off machine, automatic cutter, and stacker. A mixer can be included as an optional upstream unit. The EANS PVC pipe extrusion line uses Siemens PLC control and high-torque extrusion technology for synchronized line operation, stable output, and controlled energy consumption.
A PVC pipe making machine can produce different rigid PVC pipes by changing the extrusion tooling and material formulation, including:
For high-calcium formulations containing up to 50–100 phr CaCO₃ or recycled PVC flakes, EANS can configure bimetallic-treated screws to improve wear resistance and maintain stable pipe production.
The standard PVC pipe extrusion line sizes range from 16 mm to 32 mm, 16 mm to 63 mm, 63 mm to 110 mm, 50 mm to 200 mm, 110 mm to 400 mm, and 400 mm to 630 mm. Customized extrusion solutions are also available according to different pipe diameters, production capacity requirements, and application needs
Choose the PVC pipe extrusion line based on four main factors:
Based on these requirements, EANS machine can configure the PVC pipe making machine according to your pipe specifications, output requirements, material formulation, and jointing method.
The UV coating process adds a protective surface layer to PVC marble sheets, improving gloss, wear resistance, stain resistance, and surface durability. It helps decorative sheets maintain better appearance and performance during long-term use.
Yes. The EANS UV marble sheet coating machine usually operate independently as a UV coating line for finished PVC marble sheets.
The coating thickness directly influences surface appearance, protection performance, and coating durability. A suitable coating thickness helps achieve a balanced surface finish without affecting sheet flexibility or appearance.
Key factors include PVC marble sheet width, coating requirements, factory space, and expected output. The configuration of the UV marble sheet coating machine can be customized according to the customer’s product specifications and production goals.
Yes. EANS UV coating process can be applied to PVC marble sheets with different colors, patterns, and decorative designs. The final surface effect depends on the sheet design and selected UV coating material.
Stable coating quality requires proper adjustment of coating parameters, regular cleaning of rollers, timely replacement or maintenance of UV lamps, and consistent feeding conditions.
EANS UV coating machine forms a protective coating layer directly on the sheet surface through liquid coating and UV curing, while a laminating machine applies a pre-made film onto the sheet. The two processes use different materials and provide different surface characteristics.
A PVC hollow corrugated roofing sheet is a lightweight plastic roofing material made from polyvinyl chloride (PVC) resin through an extrusion process. It features a hollow internal structure and corrugated surface design, which provide good strength, insulation performance, and weather resistance while reducing overall material weight.
PVC hollow corrugated roofing sheet Production Line processes PVC resin, calcium carbonate (CaCO₃), stabilizers, impact modifiers, pigments, and other additives according to the required roofing sheet formulation.
PVC hollow corrugated roofing sheet extrusion line can be configured for different sheet widths, thicknesses, corrugated profiles, and hollow structures by changing the die and calibration system.
A complete PVC hollow corrugated roofing sheet production line includes a mixing system, conical twin-screw extruder, roofing sheet die, vacuum calibration and cooling system, haul-off unit, automatic cutter, and stacker.
A single-extrusion design reduces equipment investment, simplifies operation and maintenance, and provides a cost-effective solution for producing standard pure PVC hollow corrugated roofing sheets.
A plastic heating mixer is used to heat, dry, and uniformly mix plastic raw materials before further processing. It is commonly used for preparing plastic compounds containing resins, fillers, pigments, and additives for extrusion, injection molding, and other plastic manufacturing processes.
The machine is widely applied in the preparation of materials for PVC pipes, profiles, sheets, WPC products, and other plastic products.
A plastic heating mixer can process various plastic materials, including PVC, WPC, PS, ABS, and other plastic compounds.
It is suitable for mixing plastic powders, resin materials, calcium carbonate, stabilizers, lubricants, pigments, and other additives to achieve a uniform material blend before production.
A plastic heating mixer mainly uses friction heating generated by high-speed mixing, while electric heating or heat-transfer oil heating can also be used according to production requirements.
The combination of different heating methods allows the machine to quickly increase material temperature and maintain stable heating conditions during the mixing process.
Yes. During the heating and mixing process, moisture and volatile components inside the plastic materials can be reduced through controlled heating.
This helps improve material stability and prepares the mixed compound for further processing such as extrusion or molding.
The capacity of a Plastic Heating Mixer depends on the model, mixing volume, material type, and production requirements.
Different models are available with various total volumes and effective volumes. For example, the SRL-Z series includes models from 100L to 1000L total volume, with effective volumes ranging from 75L to 750L.
To select a suitable plastic heating mixer, you should consider:
The correct mixer size should match your production process to achieve stable mixing performance and efficient operation.
A double colors printing machine is used to add decorative patterns and color effects onto PVC ceiling panels. It helps manufacturers improve the appearance and design variety of finished panels for different market requirements.
EANS double colors printing machine is suitable for PVC ceiling panels, PVC wall panels, MDF boards, and other decorative wall panels with different sizes, thicknesses, and surface designs. It can be configured according to the customer’s panel specifications and production requirements.
Yes. EANS double colors printing machine can apply different decorative designs, such as wood grain, marble patterns, and other customized surface effects, depending on the printing roller and design requirements.
A complete double colors printing machine system usually includes a dust cleaner, color printing units, UV coating unit, leveling units, and UV drying system to complete the surface decoration process.
The EANS double colors printing machine improves PVC panel production efficiency by combining two-color surface printing into a continuous automated process. Compared with single-color printing, it can complete two decorative colors in one production cycle, reducing processing time and improving overall line productivity
The PC ABS cable duct production line is mainly designed for PC, ABS, and PC ABS materials. The extrusion system can also be configured for other engineering plastics according to the material formulation and product requirements.
The PC ABS cable duct production line can produce cable ducts in different widths, heights, wall thicknesses, and cross-sectional designs. It can also be configured for duct bodies and covers, including slotted, closed, and customized profiles.
The PC ABS cable duct production line offers a production capacity of 120–150 kg/h, with a production speed of 1.5–5.5 m/min, depending on the extruder model and cable duct profile.
A complete PC ABS cable duct production line typically includes a dehumidifying dryer, single screw extruder, extrusion die, vacuum calibration system, cooling system, online punching unit, haul-off machine, automatic cutting machine, and packing or stacking equipment.
Yes. The PC ABS cable duct production line can be customized according to product size, profile design, punching pattern, production capacity, material formulation, and automation requirements.
Consider the cable duct size and structure, material formulation, target production capacity, application, and required fire-retardant or halogen-free performance. These factors determine the suitable extruder, die, punching system, cooling system, and overall line configuration.
Yes. The WPC Decking Embossing Machine can use customized embossing rollers to produce specific wood grain patterns or surface textures according to the customer’s product design.
Yes. The WPC Decking Embossing Machine can be configured according to the required decking width, thickness, and product specifications.
The EANS WPC Decking Embossing Machine can produce different wood grain patterns and surface textures by using embossing rollers with different designs.
Yes. EANS WPC Decking Embossing Machine can be integrated into a WPC decking production line for continuous online embossing after the decking profile is formed and cooled.
Yes. EANS WPC Decking Embossing Machine can be integrated into a WPC decking production line for continuous online embossing after the decking profile is formed and cooled.
A WPC Decking Embossing Machine is an online surface processing machine used to create wood grain patterns and decorative textures on WPC decking boards during continuous production.
A PVC water supply pipe making machine can produce PVC and PVC-U pressure pipes for clean water distribution, irrigation systems, industrial water transport, and municipal water supply projects. By changing the die set and calibration sleeves, the production line can manufacture different pipe diameters within its designed range.
In practice, there is little difference in the production line itself. PVC-U (unplasticized PVC) is rigid PVC without plasticizers and is the standard material for water supply pressure pipes. A PVC water supply pipe making machine is typically configured to process PVC-U compounds for producing strong, pressure-resistant pipes.
|
Pipe Diameter |
Recommended Extruder |
|---|---|
| 20–63 mm | SJ51/110 |
| 50–110 mm | SJ55/120 |
| 75–160 mm | SJ65/132 |
Yes. A PVC water supply pipe making machine can produce both water-supply and drainage pipes when the appropriate dies, calibration sleeves, and processing parameters are used. However, pressure-rated water pipes require stricter dimensional accuracy and quality control than standard drainage pipes.
Yes. Producing a different pipe diameter requires changing the extrusion die, calibration sleeve, and related sizing components. Most PVC water supply pipe making machines are designed for quick tooling changes, allowing manufacturers to switch between compatible pipe sizes efficiently while using the same extrusion line.
A PVC WPC louver lamination machine is used to laminate decorative PVC films onto PVC and WPC louvers, adding different surface designs and finishes for interior decoration products.
The EANS machine is mainly used for PVC and WPC wall panels with PVC decorative film. It is suitable for manufacturers producing wood-plastic composite panels and PVC decorative wall panels.
The machine can process louvers with widths of 300mm and 400mm. Customized solutions are also available according to different panel specifications and production requirements.
The EANS PVC WPC louver lamination machine provides stable film application and consistent surface finishing, helping manufacturers produce decorative louvers with better appearance quality and diversified designs.
Yes. The lamination machine can be installed as a standalone surface finishing unit or connected with a PVC WPC wall panel production line to complete continuous panel processing.
Regular cleaning of rollers, checking film feeding components, and routine inspection of electrical and heating systems can help maintain stable machine performance and extend service life.
A PVC WPC door frame lamination machine is used to apply decorative films to PVC and WPC door frame profiles, providing different surface finishes such as wood grain and solid colors.
The ABS winding core tube extrusion line can produce tubes with a diameter range of 50–200 mm and a wall thickness of 3–8 mm. Different die and sizing configurations can be selected according to the required tube specifications.
The ABS winding core tube extrusion line has a maximum extrusion capacity of 300 kg/h, depending on the tube diameter, wall thickness, ABS material formulation, and production conditions. The actual output can be adjusted according to the required product specifications.
The ABS winding core tube production line uses a 6-inch single-screw extruder with a 55 kW main motor, providing stable ABS melting, plasticization, and continuous extrusion. The configuration is suitable for producing ABS winding core tubes within the specified diameter and wall thickness range.
Yes. Within the configured production range of 50–200 mm in diameter and 3–8 mm in wall thickness, different tube specifications can be produced by changing the corresponding extrusion die and sizing components. The actual production range depends on the specific line configuration.
Surface quality depends on ABS material preparation, melt stability, die design, calibration, cooling, and extrusion conditions. EANS optimizes these systems to produce smooth and uniform ABS core tubes without obvious bumps, lumps, scratches, or extrusion defects.
The main factors are tube diameter, wall thickness, required output, tube length, ABS material grade, and application. For example, this configuration supports tube diameters of 50–200 mm, wall thicknesses of 3–8 mm, and a maximum extrusion capacity of 300 kg/h. EANS can recommend the appropriate line configuration based on your specific production requirements.
The PVC WPC door frame lamination machine is designed for different door frame profiles, including flat, decorative, and customized profile structures. The machine can be configured according to the profile shape and lamination requirements.
Yes. The lamination system can be adjusted according to different profile structures, helping decorative films achieve better contact with the surface of PVC and WPC door frames.
The machine can apply various decorative films to create wood-grain, marble, solid-color, and other surface effects, allowing manufacturers to produce door frames with different appearance styles.
Stable heating, pressure control, and proper matching between the decorative film and profile surface help improve film adhesion and reduce problems such as peeling or bubbling.
Yes. By changing decorative films and adjusting production parameters, manufacturers can produce PVC and WPC door frames with different colors, patterns, and surface styles.
Yes. The lamination machine can be combined with a PVC WPC door frame extrusion line to create a complete production process from profile extrusion to surface decoration.
The machine is designed for PVC and WPC door panels and can be configured for different panel sizes, thicknesses, and surface requirements.
It can work with various decorative films, including wood-grain, solid-color, and patterned films, allowing manufacturers to produce different surface designs.
1300 mm. The application width can be customized according to the customer’s door panel dimensions and production requirements.
Yes. The machine can be adjusted or configured according to different panel widths and thicknesses, providing flexibility for multiple door panel specifications.
The adhesive is evenly distributed via an adhesive coating and pressing system, ensuring stable contact between the decorative film and the panel surface, thereby reducing bubbles, wrinkles, and uneven adhesion.
A PVC pipe belling machine is a downstream pipe processing machine used to form socket ends on PVC and PVC-U pipes. It heats and softens the pipe end, expands it with a forming mold, and cools it to obtain a dimensionally stable socket for pipe connection.
A PVC pipe belling machine completes the socket-forming process through pipe feeding, end heating, socket forming, cooling, mold retraction, and discharge. Precise control of heating, forming pressure, and cooling helps maintain consistent socket dimensions.
A PVC pipe belling machine can be configured to produce straight sockets and R-type sockets. Straight sockets are generally used for solvent-cement bonding, while R-type sockets feature a sealing groove for rubber-ring connections.
Yes. A PVC pipe belling machine can be integrated with a PVC pipe extrusion line for continuous automatic production, or operated as a stand-alone offline unit according to production requirements.
The machine can be configured for different PVC and PVC-U pipe diameters and wall thicknesses according to production requirements. The appropriate heating system, forming mold, and processing parameters are selected based on the pipe specification.
Yes. The forming mold is selected according to the pipe diameter, socket type, and connection standard. Different pipe sizes and straight or R-type sockets require corresponding molds to ensure accurate socket dimensions and reliable connection performance.
A PVC Window Profile Lamination Machine is used to laminate decorative films onto PVC window profiles, producing wood-grain, solid-color, and other decorative window frame finishes for residential and commercial buildings.
Yes. It can laminate wood-grain decorative films that give PVC window profiles a natural wood appearance while maintaining the durability of PVC.
Yes. The PVC Window Profile Lamination Machine can be integrated with a PVC window profile extrusion line for continuous production or used separately for finished profiles.
300/400/600 mm. The machine can be configured according to different PVC window profile dimensions and cross-sectional designs to meet various production requirements.
The lamination process helps manufacturers produce decorative PVC window profiles with consistent surface finishes, reliable film bonding, and higher production efficiency.
A plastic fiber crusher separator machine is recycling equipment designed to crush plastic waste and separate plastic fibers or other mixed materials during the recycling process.
The machine can process various types of plastic scraps and waste materials containing fibers, for example, PVC fiber-reinforced hose, PVC mesh pipe, artificial leather, advertising banner, carpet, conveyor belt, rubber-plastic composite materials
The machine is mainly used to separate plastic materials from fibers and other unwanted components after crushing, helping obtain a more suitable material stream for further recycling.
Yes. EANS can configure the crushing and separation system according to the customer’s raw materials, processing capacity, material size, and required separation performance.
The crushing and separating capacity is around 300 kg per hour, depending on the size of the fiber
The conical twin screw extruder is mainly designed for PVC resin and can process formulations containing calcium carbonate and other additives. The actual formulation can be adjusted according to the target product and required properties.
The conical twin screw extruder can be configured for PVC pipes, profiles, wall panels, door panels, sheets, skirting boards, and other shaped plastic products by matching the appropriate die and downstream equipment.
A conical twin screw extruder provides strong conveying, mixing, and plasticizing performance while allowing controlled processing of PVC compounds. Its progressive screw geometry is well suited to the processing characteristics of rigid PVC.
Both conical twin screw extruders and parallel twin screw extruders use two intermeshing screws to melt, mix, and transport plastic materials. The main differences are the screw shape, processing characteristics, output range, and typical applications.
Choosing the right conical twin screw extruder for PVC production depends on several factors, including the PVC product type, required output, material formulation, screw design, and production requirements. A properly selected extruder can improve plasticization quality, production stability, and energy efficiency.
Extrusion output depends on the extruder model, screw diameter, screw design, motor power, PVC formulation, die resistance, and processing conditions. Therefore, the rated output should be selected according to the actual production requirements rather than the extruder model alone.
A single screw extruder uses one rotating screw to convey, melt, and extrude plastic materials, while a twin screw extruder uses two screws for stronger mixing and compounding. Single screw extrusion is commonly selected for applications requiring straightforward plasticizing and continuous extrusion.
Yes. The same Single Screw Extruder can be used for different products when the material requirements and processing conditions are compatible. Changing the extrusion die and adjusting the downstream configuration allows manufacturers to switch between suitable product specifications.
A single screw extruder consists of a screw, barrel, heating system, drive system, and extrusion die. During operation, plastic pellets enter the barrel, where they are conveyed, melted, and homogenized before being continuously extruded into finished products.
Choosing the right single screw extruder depends on the material type, final product, required output, and production conditions. A suitable extruder can improve extrusion stability, product quality, and energy efficiency.
In many applications, yes. Different plastics have different melting temperatures, viscosity, and processing characteristics, so the screw structure and compression ratio may need to be selected accordingly to achieve suitable processing performance.
A PVC foam core pipe is a lightweight, multi-layer PVC pipe with a foamed middle layer (core) sandwiched between solid PVC inner and outer layers. The three-layer structure is typically produced by a co-extrusion process.
PVC foam core pipe is typically manufactured using a 3-layer co-extrusion process. The process combines two solid PVC layers with a foamed PVC core to produce a lightweight pipe with good stiffness and reduced material consumption.
PVC Foam Core Pipe Production Process：Raw Material Mixing → Extrusion → 3-Layer Co-Extrusion → Die Forming → Vacuum Calibration → Cooling → Haul-Off → Cutting → Stacking
The main difference is the wall structure. A solid PVC pipe has a uniform, dense PVC wall, while a PVC foam core pipe has a three-layer structure with a foamed middle core.
The correct haul off machine should be selected according to product width or diameter, product weight, extrusion speed, and required pulling force. For example, wide PVC sheets require a larger working width, while heavy-wall pipes need higher traction force. EANS offers standard widths from 180 mm to 1200 mm and custom configurations to match different extrusion line capacities.
The haul off machine directly controls the pulling speed after the product leaves the cooling section. If the traction speed is too fast, products may become thinner or stretch. If it is too slow, products may become thicker or lose dimensional consistency. Stable speed synchronization helps maintain uniform dimensions and smooth surface quality throughout production.
Yes, provided the products are within the machine’s designed working range. The pulling speed can be adjusted through the control system, allowing manufacturers to switch between different product specifications without replacing the entire haul off machine. EANS can also customize the working width and traction length for greater production flexibility.
Routine maintenance includes cleaning the traction area, inspecting the transmission system, checking bearing lubrication, and monitoring the wear of traction components. Regular inspection helps maintain stable pulling performance and reduces unexpected downtime during continuous production.
EANS provides installation guidance, commissioning support, operator training, spare parts supply, and long-term technical assistance. Our engineering team helps customers optimize the haul off machine for different products and production conditions to support reliable long-term operation.
Yes, can recycle PVC fiber-reinforced hose, crush the PVC hose, and separate the fibers.
The PVC foam core pipe machine can be configured to produce pipes in different diameters according to the required application and production capacity. The pipe diameter is determined by the extrusion die, vacuum calibration system, haul-off unit and extruder configuration.
EANS can customize the PVC foam core pipe production line according to the required pipe diameter, wall thickness, layer structure and output. Customers can provide their target pipe specifications so that the appropriate extruder, die and downstream equipment can be selected.
A typical PVC foam core pipe has three layers. It is manufactured using a 3-layer co-extrusion process:
A PS picture frame is a decorative frame made from polystyrene (PS), commonly used to display and protect pictures, photographs, artwork, mirrors, and other decorative items. PS picture frames are lightweight, moisture-resistant, easy to process, and available in a wide range of shapes, sizes, colors, and surface finishes.
PS picture frames are typically manufactured by extruding polystyrene (PS) into continuous decorative profiles, followed by cooling, surface finishing, cutting, and other downstream processes. For foam PS picture frames, the extrusion line is designed to produce a lightweight foam core while maintaining the required profile shape and surface quality.
The EANS single screw PVC granulator is designed to process rigid PVC, soft PVC, PVC scraps, production waste, regrind materials, and recycled PVC compounds. It is widely used for recycling materials from PVC pipes, profiles, cables, sheets, and other PVC products.
To recommend the most suitable single screw PVC granulator, EANS recommends providing the following information:
PVC material type (rigid PVC, soft PVC, scraps, regrind, or compound)
Material condition (flakes, crushed pieces, or powder)
Required production capacity (kg/h)
Pelletizing method preference (water ring or other options)
Moisture content and impurity level of the material
Based on this information, EANS can recommend the appropriate screw diameter, L/D ratio, motor power, and complete machine configuration for your PVC recycling project.
The vacuum degassing section removes moisture, trapped air, and volatile gases from the molten PVC before pelletizing. This helps produce denser PVC granules with fewer bubbles, internal voids, and surface defects.
The EANS Single Screw PVC Granulator can be equipped with different pelletizing systems according to production requirements. Water ring pelletizing is the most common option for continuous PVC production, while other configurations can be customized for specific materials and applications.
Yes. EANS provides customized solutions based on your PVC material type, screw diameter, production capacity, pelletizing method, and downstream equipment requirements. Single-stage and two-stage configurations are both available.
EANS provides machine installation guidance, commissioning support, operation training, technical assistance, spare parts supply, and long-term after-sales service to help customers maintain stable and efficient PVC granule production.
Yes. Recycled PE can be used in WPC decking production, and it is commonly considered to reduce material costs and increase recycled content.
For a WPC decking making machine, the main difference between one-step and two-step production is whether compounding/granulation and final profile extrusion are performed in the same process or separately.
For a typical two-step WPC decking making machine, recommend planning for around 3–5 workers per shift.
The PC series plastic crusher machine can process PP, PE, PVC, PET, ABS, and other soft and hard plastics. It is suitable for crushing plastic bottles, pipes, PVC profiles, PVC window frames, stair handrails, cable troughs, skirting boards, shaped tubes, sheets, films, injection molding scraps, production offcuts, and other plastic waste for recycling and further processing.
The plastic crusher machine is designed to crush various forms of plastic waste, including plastic bottles, pipes, profiles, sheets, films, injection molding scraps, sprues, runners, edge trims, and defective plastic products. The suitable machine configuration depends on the material type, thickness, and feeding size.
The output particle size is mainly controlled by the screen opening inside the crushing chamber. Common screen sizes include 6 mm, 8 mm, 10 mm, 12 mm, 15 mm, and 20 mm, while other sizes can be selected according to specific crushing requirements. Oversized plastic pieces remain inside the chamber for additional cutting until they can pass through the screen.
To recommend a suitable plastic crusher machine, EANS Machinery suggests providing the following information:
Based on these details, EANS engineers can recommend the most suitable machine model, blade configuration, motor power, and screen size for your application.
The screen opening determines the maximum output particle size. Smaller screen openings produce finer plastic flakes, while larger openings generally allow higher throughput. Choosing the appropriate screen size helps match the crushed material to your recycling or production requirements.
The best blade material depends on the plastic being processed and the production requirements.
EANS Machinery can recommend the most suitable blade material according to your plastic type, operating conditions, and expected blade service life.
The actual capacity of a plastic crusher machine is influenced by several factors, including:
Providing this information allows EANS Machinery to recommend a machine that matches both your current production and future expansion requirements.
The processing capacity varies depending on the machine model, plastic material, feeding size, blade design, screen opening, and motor power. Different models are available for different production requirements, and EANS can recommend the appropriate capacity based on your application.
Yes. The crushed plastic produced by a plastic crusher machine can be reused in many recycling and manufacturing processes after appropriate handling. Whether the material can be returned directly to production depends on the plastic type, contamination level, and specific production requirements.
EANS is a professional manufacturer of plastic extrusion and recycling machinery with over 20 years of industry experience. We design and manufacture plastic pipe crusher machines in-house and can provide customized solutions based on your pipe material, diameter, wall thickness, and required output.
Yes. EANS provides complete after-sales support, including installation guidance, operation training, technical assistance, troubleshooting, and spare parts supply. Our engineering team can also provide remote support when needed.
Yes. EANS provides a standard equipment warranty. The warranty covers manufacturing and component-related defects under normal operating conditions. Specific warranty terms are confirmed in the final quotation and sales contract.
Yes. We can provide relevant customer cases, machine videos, and project references where available. If you share your pipe material and processing requirements, we can recommend similar EANS projects for your reference.
The standard lead time is approximately 45 days, depending on the machine model and configuration. After order confirmation, EANS will arrange production according to the agreed schedule and provide an estimated shipping and arrival timeline. We also keep customers updated on production and shipment progress.
Absolutely. We warmly welcome customers to visit our factory in China. You can inspect the plastic pipe crusher machine, discuss your requirements with our engineers, and see our manufacturing and testing process before making a purchase decision.
Yes. We can arrange a machine demonstration or material test when required. You can provide your actual PVC, PE, HDPE, or PP pipes, and our engineers can evaluate the crushing performance and help determine the appropriate machine configuration.
Yes. A PVC soft edge banding production line can produce different widths, thicknesses, and profile structures by changing the extrusion die and adjusting the production parameters.
Before manufacturing, EANS confirms the product requirements through drawings, samples, or technical specifications, then selects a suitable extruder configuration, die design, and downstream system for the target product.
The output of a PVC soft edge banding making machine is not determined only by the extruder size. It depends on a combination of factors:
For example, wider or thicker edge banding profiles require higher extrusion capacity, while soft formulations may require different processing conditions compared with harder PVC materials. EANS selects the production line configuration based on the customer’s actual product and output requirements.
The correct machine model depends mainly on the finished product requirements rather than only the desired output.
Based on these details, EANS can recommend the suitable extruder size, die structure, cooling system, haul-off configuration, and winding solution.
A PVC mixer is used to uniformly mix PVC resin with additives and other ingredients before extrusion. It prepares a consistent PVC dry blend for products such as pipes, window and door profiles, wall panels, marble sheets, and flooring.
A horizontal PVC mixer uses a horizontal mixing structure for efficient material circulation and faster mixing, making it suitable for higher-throughput applications. A vertical mixer uses a vertical mixing structure and may be preferred for applications with different capacity or factory layout requirements.
The system uses automatic screw feeding to transfer raw materials into the heating mixer. After high-speed heating and mixing, the hot material is automatically discharged into the cooling mixer, where it is continuously mixed and cooled before final discharge.
The prepared PVC dry blend can be used in various extrusion applications, including PVC pipes, PVC window and door profiles, PVC wall panels, PVC marble sheets, PVC flooring, and decorative profiles. The formulation and mixing parameters can be adjusted according to the specific product.
EANS selects the mixer configuration according to the customer’s PVC formulation, required capacity, and downstream extrusion line. EANS can provide a complete mixing solution, on-site trial runs, and after-sales technical support to help verify the mixing performance before production.
Common models include: SRL-Z100/200（200 kg per hour）, SRL-Z200/500(350 kg per hour), SRL-Z300/600(550 kg per hour),SRL-Z500/1000(950 kg per hour), SRL-W800/2500(1600 kg per hour), SRL-W1000/3000(2000 kg per hour), etc.
PVC mixing is a critical step before extrusion because it ensures that PVC resin and all additives are evenly distributed, creating a stable and consistent material for the extrusion process. Proper mixing directly affects the quality, appearance, mechanical properties, and production stability of final PVC products.
A WPC door making machine is a continuous extrusion production line used to manufacture waterproof WPC door panels from PVC, wood powder, fillers, and additives. The line typically includes mixing, twin-screw extrusion, die forming, vacuum calibration, cooling, haul-off, cutting, and stacking.
The price of a WPC door making machine depends on the panel width, required output, extruder model, mold design, raw material formulation, and auxiliary equipment. A complete WPC door panel production line can be configured differently for 600 mm, 800 mm, or 1200 mm wide panels, so there is no single standard price.
For an accurate quotation, EANS normally needs the required panel width, thickness, structure, target output, raw materials, and surface finish. Based on these specifications, we can recommend the suitable extrusion line and provide a project-specific quotation.
The main factors are panel width, thickness, structure, material formulation, and required production capacity. Wider and higher-output panels generally require a larger conical twin-screw extruder and a correspondingly designed extrusion die and calibration system.
For example, EANS commonly configures SJ65/132 for 600 mm panels, SJ80/156 for 800 mm panels, and SJ92/188 for 1200 mm panels. The final configuration is determined by the customer’s actual product and production requirements.
PVC-based WPC door panels typically use PVC resin, wood powder, calcium carbonate, stabilizers, lubricants, foaming agents, and other processing additives. The formulation is adjusted according to the required panel density, strength, surface quality, and extrusion stability.
There is no single formulation suitable for every WPC door panel. Wood powder moisture, filler content, foaming system, and additive ratios all need to be matched with the extrusion process and target product.
Yes. A WPC profile extrusion line can produce different profile designs by changing the profile die and adjusting the extrusion and downstream configuration. The same production line can be configured for products such as door panels, wall panels, decking, skirting, posts and other WPC profiles, provided that the profile dimensions and production requirements are within the machine’s design range.
Yes. Recycled PE, PP or PVC can be used in WPC production when the recycled material has suitable properties and is properly prepared. The actual recycled-material ratio depends on the material quality, formulation, profile requirements and processing conditions. EANS can configure the material preparation and extrusion system according to the customer’s formulation.
Installation time depends on the line configuration, equipment quantity, factory conditions and level of preparation before arrival. A standard line can be installed and commissioned after the required utilities, foundation and auxiliary equipment are ready. EANS provides installation and commissioning support for overseas projects.
The factory should provide sufficient production space, a suitable power supply, cooling-water arrangements, raw-material storage and finished-product handling space. The required space and utility capacity depend on the selected extrusion line and downstream equipment. EANS can provide the equipment layout and utility requirements before installation.
Yes. Production capacity can be expanded by adding another extrusion line or additional auxiliary equipment when market demand increases. A scalable production plan can also reserve space and utility capacity for future expansion. EANS can design the initial line with the customer’s expected production development in mind.
EANS can conduct a factory trial run using the customer’s production requirements to check the extrusion process and finished profile before shipment. Customers can provide the target profile design, material formulation and production requirements for the trial arrangement. Test-run photos and videos can also be provided as production references.
