What is Plastic Lumber?
Plastic lumber is a high-strength, durable profile manufactured from 100% recycled plastic waste. Unlike traditional wood, it resists rot, insects, and weathering, making it ideal for long-term outdoor and industrial use. By converting plastic waste into functional products, this material supports circular economy goals and reduces landfill burden.

Applications of Plastic Lumber

1. Outdoor Decking & Furniture: Weather-resistant and splinter-free, plastic lumber is perfect for decks, picnic tables, and park benches.
2. Landscaping: Used for garden edging, retaining walls, and walkways due to its moisture resistance.
3. Marine Structures: Dock boards, pilings, and boardwalks benefit from its anti-corrosive properties.
4. Construction: Ideal for fencing, railings, and structural supports, offering longevity and minimal upkeep.
5. Industrial Uses: Heavy-duty pallets, warehouse flooring, and factory partitions leverage its load-bearing capacity.

Plastic Lumber Making Machine Production Process

The manufacturing process combines recycling and advanced extrusion technology:

• Plastic Recycling: Waste plastic (e.g., bottles, bags) is collected, cleaned, and shredded.
• Granulating: Shredded plastic is melted and formed into uniform pellets for consistent quality.

Plastic Lumber Extrusion Machine

Single Screw Extruder: Melts and compresses plastic pellets into a molten stream.

Mould : Shapes the molten plastic into profiles (e.g., boards, beams).

Calibrating Table: Cools and sizes the extruded profile for precision

Online Embossing Machine: Adds wood-like textures or patterns for aesthetics.

Haul Off: Pulls the profile steadily through the production line.

Cutter & Stacker: Cuts lumber to desired lengths and stacks it for packaging.

Plastic lumber bridges sustainability and functionality, offering a robust alternative to traditional materials.
With a Plastic Lumber Making Machine, businesses can turn waste into profit while contributing to environmental preservation.

Whether for construction, marine projects, or landscaping, plastic lumber’s durability and low maintenance make it a smart investment.

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lámina de policarbonato corrugado Aplicaciones:
las láminas de policarbonato corrugado se utilizan ampliamente en edificios tales como techos, cúpulas, claraboyas, cocheras, piscinas, terrazas solares, estaciones de ferrocarril, invernaderos; paredes laterales; Techado de almacén y estadio. Todos estos lugares requieren luz solar sin rayos UV nocivos.
También apto para carteles luminosos y paneles publicitarios.

Lista de máquinas y procesos de producción de lámina de Policarbonato Celular

Detalles de la máquina extrusora de lámina de Policarbonato Celular:

Extrusora de un solo husillo LSJ-120/36 para material de policarbonato
Estructura de tornillo de diseño especial para material de PC.
Relación L/D larga de 36:1, deja que el material se derrita por completo.
Caja de cambios de marca famosa china Jiangyin o Guomao, etc.
Marca Flender también disponible
Motor Siemens
Control inversor Delta o ABB

Extrusora de un solo tornillo LSJ-45/30 para capa UV

Cambiador de pantalla y bomba de fusión
Cambio continuo de pantalla sin parar

Máquina de transporte
2 pares, primer rodillo de 6 pares, segundo rodillo de 3 pares, adopta caucho de alta calidad

Horno
Cuerpo de acero inoxidable
Calentamiento rápido y buen aislamiento, pueden ahorrar electricidad.

Cortador y apilador

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What Is an ABS Sheet Extrusion Machine?

ABS (Acrylonitrile Butadiene Styrene) sheet extrusion machine is a specialized production line designed to produce high-quality ABS plastic sheets. These sheets are known for their excellent impact resistance, toughness, and ease of fabrication, making them suitable for a wide range of industrial and commercial applications.

ABS Sheet Making Machine Main Components and Production Process

Dehumidification dryer：Before extrusion, ABS material must be properly dried to eliminate moisture content. The dehumidification dryer ensures the pellets are completely dry, preventing surface defects, bubbles, or yellowing during processing.

Extruder:
The high-efficiency single-screw extruder melts and homogenizes the ABS material. It ensures stable output and consistent melt quality.

Co-extruder for Multi layer ABS PMMA sheet production

Screen Changer and Melt Pump:
The screen changer filters impurities, and the melt pump provides stable pressure and flow, ensuring a uniform extrusion process.

T-Die (Sheet Die):
The T-die shapes the molten ABS into a flat sheet with precise thickness control. Our T-dies offer excellent flow distribution and thermal stability.

3-Roller Calender :
This unit cools and calenders the sheet using three precision rollers. It determines the sheet’s surface finish and final thickness. Options include gloss, matte, and textured surfaces.

Cooling Frame: Sheet fully cooling

Haul-Off Unit:
The haul-off system pulls the sheet through the line at a controlled speed, ensuring dimensional stability.

Cutter:
Equipped with an automatic cutting system, the machine cuts the sheet into desired lengths with high accuracy.

Stacker:
The stacker neatly collects and stacks the final ABS sheets for packaging and transport. (Autoamtic Stacker is available)

Applications of ABS Sheets

ABS sheets are widely used across industries due to their durability, formability, and resistance to chemicals. Common applications include:

• Automotive interior and exterior parts
• Refrigerator inner liners
• Suitcase shells and luggage panels
• Bathroom and shower enclosures
• Machine housings and covers

Features of Our ABS Sheet Extruder Machine

• High Output Capacity: Engineered for continuous production with high efficiency.
• Precise Thickness Control: Advanced T-die and calender system for uniform sheet thickness.
• Modular Design: Easy integration, maintenance, and upgrades.
• Versatile Surface Options: Glossy, matte, or embossed finishes available.
• Energy Efficient: Optimized heating and drive systems reduce energy consumption.

ABS Sheet Board Extrusion Machine Model

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En absorbant la technologie de pointe de l’étranger, notre société a développé la ligne d’extrusion de profilés en plastique, qui est équipée d’une extrudeuse à double vis conique, et elle possède l’avantage d’une automatisation de haut niveau, de performances stables, d’ un rendement et d’une efficacité élevés, etc.

Composants de la machine d’extrusion de profilés de fenêtre en PVC

1. xtrudeuse à double vis SJSZ -65/132

2. Co-extrudeuse LSJ-45/30 pour couche ASA & Moule

3. table de calibrage

Transporter la machine de découpe et l’empileur

Caractéristiques de la machine d’extrudeuse de profil de fenêtre et de porte en PVC

La poudre de PVC est utilisée comme matière première pour la production de diverses sortes de profilés en plastique mentionnés comme profilés pour portes et fenêtres, profilés décoratifs, etc.

Comme les lignes d’extrusion sont optimisées et conçues en se référant à la dernière technologie d’outre-mer, elles présentent les caractéristiques d’une plastification uniforme, d’une faible vitesse de coupe , d’un rendement élevé et d’une longue durée de vie, etc. 

Et il se compose d’ une extrudeuse à double vis, d’un moule, d’ une plate-forme de dimensionnement sous vide , d’un tracteur, d’une machine de découpe et de pelliculage et d’un support d’agitation de matériau . La machine la machine est exécutée par une alternance de commande de fréquence de courant ou à courant continu commandé cilicon . 

L’ instrument de contrôle de température est introduit de bord. De plus, la pompe à vide et le moteur de traction des machines auxiliaires sont des produits de qualité qui peuvent être entretenus facilement. 

En cas de modification de certaines vis et moules, cette ligne d’extrusion de profilés peut directement extruder des profils moussants.

Pour correspondre à différents moules, la plate-forme de fixation de forme de 4 m, 6 m, 8 m ou 11 m, etc. peut être choisie en conséquence.

 Fenêtres et portes UPVC

Paramètres techniques:

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Introduction to PVC Yarn Braided Hose

PVC yarn braided hose, also known as PVC fiber braided hose, is a type of flexible reinforced plastic tubing made from polyvinyl chloride (PVC).

This hose has wide application in agriculture, industry, construction, and home applications due to its lightweight, durable, and corrosion-resistant properties.

This hose consists of three layers:

1. Inner PVC layer (smooth for fluid flow),
2. Middle polyester yarn reinforcement (adds strength and pressure resistance),
3. Outer PVC layer (protects against wear, UV, and weather).

PVC Yarn Braided Hose Extrusion Process

The production of PVC yarn braided hose involves a multi-step extrusion and reinforcement process. Below is a typical workflow:

Inner Layer Hose Extruder

PVC resin melting in an extruder and shaped into the inner tube.

The inner tube cooling in a water tank.

Yarn Braiding Machine

Polyester or nylon yarn is braided around the inner tube using a high-speed braiding machine.

This layer reinforces the hose to withstand higher working pressures.

Outer Layer Extruder

A second extrusion unit coats the braided layer with another PVC layer.

This final layer ensures durability, weather resistance, and visual appeal.

Color Line Co-Extruder

Cooling and Sizing

The finished hose passes through a cooling tank to solidify.

It then goes through a sizing and haul-off unit to maintain uniform diameter.

Inflation and sealing

 Convenient for winding

Winder

The hose is winding into coils or cut into desired lengths.

Applications of PVC Fiber Braided Hose

PVC braided hose is incredibly versatile. Its common applications include:

• Agriculture: Irrigation and pesticide spraying
• Construction: Water supply and drainage
• Industry: Compressed air and chemical transfer
• Household: Garden watering, washing machines, and plumbing
• Food-grade models: Beverage and drinking water supply (with FDA-approved materials)

Thanks to its transparent, flexible, and pressure-resistant structure, it is ideal for environments where fluid visibility and hose flexibility are important.

PVC Yarn Fiber Braided Hose Making Machine Model:

If you are looking for a PVC fiber yarn braided hose production machine for your production line, choose a manufacturer with proven technology and support to ensure smooth operation and long-term value.

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High-Density Polyethylene (HDPE) double wall corrugated pipes are revolutionizing infrastructure projects worldwide, offering lightweight durability, corrosion resistance, and exceptional flow capacity.

HDPE Double Wall Corrugated Pipe Extrusion & Production Process:

Extruder: Melts and homogenizes HDPE material for consistent pipe formation. 2sets Single Screw Extruder, main extruder for Outside Corrugated Layer, Co-extruder for Inside Smooth Layer.

Die Head: Shapes the molten HDPE into dual-layer profiles (smooth inner wall + corrugated outer wall).

Aluminum Mould: Lightweight, durable, and heat-efficient molds ensure precise corrugation patterns and rapid cooling.

Corrugator

Advanced vaccum forming system and water cooling system, make sure high quality, high speed production

Water Cooling Tank: Rapidly cools the pipe to stabilize dimensions and optimize cycle times.

Cutter: Automatically cuts pipes to specified lengths with precision.

Stacker: Organizes finished pipes for easy handling and storage

Why Choose Our HDPE Double Wall Corrugated Pipe Extrusion Machine?

1. High-Speed Production with Aluminum Mould Technology

Our machine utilizes lightweight aluminum moulds that dissipate heat faster than traditional steel molds. Combined with an optimized water cooling system, this ensures rapid solidification of pipes, enabling 20-30% higher production speeds without compromising quality.

2. Energy Efficiency & Cost Savings

Fast cooling reduces energy consumption, while the durable aluminum molds lower maintenance costs and extend service life.

3. Precision Engineering for Superior Pipe Quality

The die head and corrugator work in tandem to create pipes with uniform wall thickness, smooth interiors, and impact-resistant exteriors—ideal for demanding applications.

4. User-Friendly Automation

PLC-controlled systems allow operators to monitor parameters like temperature, speed, and pressure in real time, minimizing downtime and errors.

Applications of HDPE Double Wall Corrugated Pipes

HDPE double wall pipes are versatile solutions for:

• Drainage Systems: Stormwater, sewage, and agricultural drainage due to their leak-proof joints and resistance to chemicals.
• Telecom & Electrical Conduits: Protect cables from moisture and mechanical damage.
• Mining & Industrial Use: Transport slurry and wastewater in harsh environments.
• Road & Railway Construction: Lightweight yet strong enough for underground utility corridors.

High Speed HDPE Double Wall Corrugated Pipe Production Machine Model

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HDPE Pipe Extrusion& Manufacturing Process:

Our HDPE Pipe extrusion line is engineered for seamless operation, featuring:

Material Drying Mixer: Ensures uniform blending and drying of HDPE granules with Color masterbatch for consistent pipe quality.

Extruder: Equipped with a high-torque screw for rapid melting and homogenization.

Mould: Precision-designed die head for accurate pipe dimensions. by changing mouth die and core bar, it can produce different diameter and SDR HDPE PE Pipes.

Calibrating Tank: Vacuum calibration stabilizes pipe diameter and wall thickness. well designed vacuum system and water cooling system can achieve fast calibrating and cooling for high speed production

Water Cooling Tank: Rapid cooling solidifies pipes while maintaining structural integrity. 2 sets water cooling tank, ensure pipe fully cooling

Printer: Marks pipes with logos, specifications, or safety standards. Laser Printer or Ink Printer for HDPE Pipe Production

Haul-Off: Automated traction unit maintains steady pipe movement.

Cutter: Programmable cutting for exact lengths, minimizing waste.

Stacker: Automated stacking for organized output.

Double Position Winder: Ideal for 20–63mm pipes, enabling continuous production with dual reel switching.

Single Position Winder: Handles larger diameters up to 110mm

Applications of HDPE Pipes
HDPE pipes produced by our extrusion line are widely used in:

• Water Supply Systems: Resistant to chemicals and leaks, ensuring safe drinking water distribution.
• Gas Distribution: High safety standards for transporting natural gas.
• Agricultural Irrigation: Durable and flexible for withstanding harsh outdoor conditions.
• Industrial Drainage: Ideal for corrosive fluid management in factories.
• Telecom Conduits: Protect fiber optic cables from moisture and damage.

HDPE Pipe Extruder Machine Model

Welcome contact to start or enlarge your HDPE Pipe Production with our high speed, easy operation HDPE pipe extrusion line!

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Polypropylene Random Copolymer (PPR) pipes are renowned for their durability, corrosion resistance, and thermal stability, making them ideal for modern plumbing, heating, and industrial systems.

To meet growing demand, advanced PPR Pipes Extrusion Line are essential for efficient, high-quality production.

PPR Pipe Extrusion Machine: Components & Process

Our state-of-the-art extrusion line integrates cutting-edge technology to ensure precision and speed. The process unfolds seamlessly through the following components:

Extruder: Melts and homogenizes PPR raw material, ensuring consistent viscosity for uniform pipe formation.

Mould: Shapes the molten PPR into precise diameters,

Calibrating Tank: Uses vacuum cooling to stabilize dimensions, guaranteeing exact pipe diameter and wall thickness.

Water Cooling Tank: Rapidly cools the pipe to solidify its structure while maintaining roundness.

Haul-Off Unit: Automatically pulls the pipe at controlled speeds, ensuring smooth, tension-free production.

Cutter: Slices pipes into predefined lengths with accuracy, minimizing material waste.

Stacker: Collects and organizes finished pipes for hassle-free packaging and transport

PPR pipe Extrusion Machine Model

Welcome contact us to achieve high speed high efficiency PPR pipe production by our PPR pipe production machine!

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High-Efficiency Screw 65/138

The High-Speed WPC Decking Extrusion Machine is equipped with a high-efficiency screw 65/138, which is specifically designed to maximize output. This screw configuration allows for higher material throughput, resulting in a production capacity of 150-180kg/h. The optimized design ensures uniform melting and mixing of the WPC granules, leading to consistent product quality.

Versatile Moulds for Various Profiles

One of the standout features of this machine is its versatility. By changing the moulds, manufacturers can produce a variety of profiles including decking, railing, fence, and pergola profiles. This adaptability makes the machine a cost-effective solution for producing multiple WPC products with a single investment.

The High-Speed WPC Extrusion Machine includes several key components:

Extruder: The core of the production line, responsible for melting and shaping the WPC material.

Mould: Determines the shape and size of the final product.

Calibrating Table: Ensures precise sizing and cooling of the extruded profiles.

Cutter and Stacker

Benefits

High Production Capacity

With a capacity of 150-180kg/h, this machine is suitable for high-volume production, meeting the demands of both local and global markets.

The high efficiency reduces production time and operational costs, increasing overall profitability.

Versatility in Product Output

The ability to produce multiple profiles by simply changing the moulds adds significant flexibility to the production process. This feature enables manufacturers to diversify their product offerings without the need for additional machinery.

Experienced Manufacturer

Our factory is a seasoned WPC decking machine manufacturer, supplying high-quality extrusion machines to the global market. Our extensive experience ensures that we provide reliable and efficient machinery, tailored to meet the specific needs of our clients.

Complete WPC Wood Plastic Composite Production Solution

We offer a complete line and turnkey project solutions for WPC decking production. Our comprehensive setup includes:

Wood Powder Making Machine: Grinder wood or saw dust to 60-100mesh wood powder

Wood Plastic Granulating Machine: Converts the wood powder and plastic into WPC granules.

WPC Decking Fence Wall Panel Extrusion Machine

Surface Processing Machine: Enhances the surface finish of the WPC products for aesthetic appeal and durability. Including Embossing, Sanding, Brushing etc machines.

The High-Speed WPC Decking Extrusion Machine is a versatile and efficient solution for producing high-quality WPC decking and other profiles. With its high production capacity, adaptable mould system, and comprehensive production line, it stands out as a preferred choice for manufacturers aiming to meet the growing demand for WPC products.

Welcome contact us to start or upgrade your wpc production!

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Automatic Plastic Single Wall Corrugated Pipe Making Machine can use HDPE PP PVC Nylon etc material,

It is widely used in electric conduits, cable protection, air conditioners, and basin drainage systems.

Automatic High Speed Plastic Flexible Corrugated Pipe Production Line Including:

Extruder: The extruder is the heart of the machine, responsible for melting and shaping the raw materials. Our extruder is built to handle multiple materials with ease, ensuring a consistent and high-quality output.

Corrugator and Mould: The corrugator and mould section is where the magic happens, forming the unique corrugated structure of the pipes. Our advanced corrugator ensures uniform corrugation and high production speed.

Automatic coiler: significantly reduces labor costs by automating the coiling process. It is with Automatic Strapping.

Automatic Shrinking and Cutting Device: for basin drain pipe, High cutting accuracy

HDPE PP PVC Nylon Flexible Corrugated Conduit Pipe Production Machine (High Speed, Automatic Winding)

Plastic Siphon Basin Drainage Sink Pipe Production（High Speed Model）

Why Choose Our Machine?

• High-Speed Production: high-speed operation, maximizing output and efficiency.
• Cost-Effective: With the option of an automatic coiler, saving labor cost.
• Experience and Expertise: Since our establishment in 1997, we have been a trusted manufacturer of corrugated pipe machines, providing the best quality and service to our customers.

Upgrade to the future of pipe production with our Plastic Single Wall Corrugated Pipe Machine. Speed, efficiency, and  automation all in one package!

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