Wood-plastic composite materials used in wood-plastic equipment production lines are a new type of eco-friendly material, primarily made by mixing plastic raw materials (recycled PVC, PP, PE powder) with plant fibers (30–60% straw, wood flour, rice husk) in specific proportions and then processing them into finished products. Combining the advantages of both wood and plastic, these composites feature a wood-like appearance and excellent secondary processing capabilities, while offering low moisture absorption, corrosion resistance, insect resistance, and minimal maintenance requirements. They serve as an excellent alternative to traditional wood, plastic, or metal materials for outdoor applications. The specially designed conical twin-screw extruder offers high productivity and low energy consumption. The auxiliary equipment includes a vacuum calendering table, traction machine, cutting machine, and stacker, along with a powerful cooling system to ensure optimal board shaping and quality.

This production line is designed for manufacturing pipes using PP-R resin, and is also suitable for producing pipes made from PE-RT, PB, and PE-X resins. The equipment features a rational design, user-friendly operation, and high automation level. It can produce composite pipes in various sizes ranging from Ф20 to Ф63. The line employs a screw with excellent plasticizing performance, a branded speed control system, a barrier-type twin-screw extruder specifically designed for PP-R, and grooved barrels. A compound helical die eliminates material memory effects. Vacuum calibration and constant temperature control effectively eliminate pipe stress. A co-extrusion die adds color marking lines to the pipes. The system offers high extrusion capacity, low melt temperature, and uniform temperature distribution.

The production line uses a high-performance extruder specifically designed for our company’s HDPE (PP, ABS) pipes. The screw features a barrier and mixing head structure, while the barrel is equipped with a grooved design, ensuring excellent plasticizing and mixing performance, as well as high and stable extrusion output. A blue die head specially designed for large-diameter, thick-walled HDPE (PP, ABS) pipes offers low melt temperature, superior mixing capability, low die cavity pressure, and stable production.
The proprietary sizing and cooling system, featuring water film lubrication and water-based cooling, ensures dimensional stability and roundness for HDPE (PP, ABS) pipes. The extruder and haul-off machine are equipped with imported speed controllers, offering excellent stability, high precision, and reliability.

It is a three in one recycling machine designed for low density plastic articles. It could provide the excellent re-pelletizing and recycling solution for film,raffia, filament, woven bag and nonwoven fabric and other consumed / post soft or rigid plastic.Our pellet making machine has a wide application in PE, PP, BOPP, PS,ABS, PA,PLAwaste plastic materials recycling field

Double stage film recycling pelletizing line is designed specifically to transform post-industrial and post-consumer film waste – such as LDPE, HDPE, BOPETand BOPP– into consistent, high-purity, and free-flowing pellets. This two-stage process separates the extrusion and pelletizing functions, offering unparalleled control, stability, and superior product quality compared to single-stage systems.

It used to recycling the waste HDPE/LDPE/ABS/PS Bottles and buckets,hollow container and so on.The production line including the conveyor belt,metal detector ,plastic wet crusher,floting washing tank,high speed friction washer,centrifugal dewatering machine; drying system and label separating machine,material collecting packing system.After crushing and washing and drying,we can use it to pelletizing line.

PE PP hard material recycling project field as one of the most important applications for manufacturers in terms of return on investment, It has maintained a hot trend in domestic and foreign markets. The raw materials mainly refer to various aerial molding products. Most of the materials come from urban and industrial collection sites. Due to the different use scenarios and recycling channels of raw materials, the degree of pollution also varies.

Soft Plastic woven bag/fiber/rope Washing Line has smart modular .industrial packaging bag, blowing molding packaging bottle/box, injection and electronic waste recycling. It is including sorting, size reduction, metal removing, cold and hot washing, high efficiency friction washing and drying modular.Which can remove most of contaminants such as ferrous and nonferrous metals, sand, oil, glue, paper label and many other different contaminantsefficiently. Moreover, turn key solution can be provided with all water treatment, processing of sludge, paper stick, labels and etc.

PE PP hard material pelleting production line is mainly used for for recycling plastic PP,PE,HDPE,LDPE, LLDPE hard material etc.The capacity is between 100kg/h-1000kg/h

Ableplas PVC pipe production line is used to produce UPVC/PVC pipe with diameter from 16 up to 630mm, which is used for electric conduit, building drainage, sewage pipe, water supply pipe, well casing pipe, agricultural irrigation pipe and so on.

It’s mainly composed by conical twin screw extruder, mould, vacuum calibration tank, haul off machine, cutting machine, stacker, belling machine.

By replacing the die or core rod, it can produce several diameter or wall thickness on the same machine.

Ableplas PVC pipe production line is used to produce UPVC/PVC pipe with diameter from 16 up to 630mm, which is used for electric conduit, building drainage, sewage pipe, water supply pipe, well casing pipe, agricultural irrigation pipe and so on.

It’s mainly composed by conical twin screw extruder, mould, vacuum calibration tank, haul off machine, cutting machine, stacker, belling machine.

By replacing the die or core rod, it can produce several diameter or wall thickness on the same machine.

Ableplas vibrating screen is a mechanical screening equipment used to separate materials according to particle size. It operates by applying vibration to a screen surface, causing materials to move and be stratified, so that smaller particles pass through the screen openings while larger particles remain on the surface.
Vibrating screens are widely used in industries such as mining, metallurgy, building materials, coal processing, chemical engineering, and food processing. They are known for high screening efficiency, large processing capacity, stable operation, and easy maintenance.