MFH Series HDPE Water Supply Pipe Extrusion Line

HDPE (High Density Polyethylene) pipes are widely utilized across diverse fields thanks to their outstanding performance. Below are their key application scenarios, covering water supply systems, drainage and sewage treatment, gas transmission, agricultural irrigation, cable protection, mining and industrial applications, municipal engineering, construction projects, environmental protection, and liquid transportation.

Specifications of MFH Series HDPE Pipe Making Machine

JWELL provides a broader extrusion of pipe machine range for different plastic pipe applications.

Features of MFH Series HDPE Pipe Extrusion Line

01

HDPE (High Density Polyethylene) pipe extruders are specialized equipment for producing HDPE pipes, serving as a core asset in the plastic processing industry.

02

They boast prominent advantages: high production efficiency, stable pipe quality, precise dimensional control, flexible production capacity, high automation, energy-saving and environmental protection, as well as simple and convenient maintenance.

If you want to know more kinds of plastic processing equipment, please visit our website.

MFH Series Polyvinyl Chloride (PVC) Pipe Extrusion Line

A PVC drainage pipe production line is a specialized pipe manufacturing equipment that processes PVC raw materials into specialized pipes with corrosion resistance, aging resistance, and smooth drainage through continuous automated processes such as extrusion, vacuum shaping, and traction cutting. Our PVC pipe extrusion lines integrate material feeding, plasticizing, forming, cooling, hauling, and cutting to support stable continuous production. The controlled PVC tube extrusion process helps maintain consistent pipe diameter, wall thickness, surface quality, and production efficiency across different drainage pipe specifications.

Specifications of MFH Series Polyvinyl Chloride (PVC) Pipe Extrusion Line

Features of MFH Series Polyvinyl Chloride (PVC) Pipe Extrusion Line

01

Our pvc pipe extruder machine enables stable plasticizing, forming, cooling, and cutting for PVC pipes with consistent dimensions and surface quality  and are widely used in water supply systems, drainage and sewage treatment, cable protection, construction, agricultural irrigation, industrial applications, environmental projects, and home gardening.

02

In summary, PVC pipes are favored for their durability, cost-effectiveness and ease of installation, making them prevalent in water supply, drainage, cable protection, agricultural irrigation and other key fields, effectively meeting a wide range of industrial and daily life needs.

If you want to know more kinds of plastic processing machine, please visit our website.

MFH Series HDPE Multi-layer Water Supply and Drainage Pipe Co-extrusion Line

The system is mainly configured with single-screw or twin-screw extruders, which undertake the core functions of heating, melting and extruding HDPE-based raw materials. The resulting multi-layer co-extruded pipes exhibit superior comprehensive physical properties, featuring enhanced compressive strength, excellent corrosion resistance and outstanding wear resistance. Notably, the material composition of each layer can be customized according to specific application requirements, enabling precise matching of performance indicators for targeted usage scenarios.

Specifications of MFH Series HDPE Multi-layer Co Extrusion Water Supply and Drainage Pipe Extrusion Line

Features of MFH Series HDPE Multi-layer Co-extrusion Water Supply and Drainage Pipe Extrusion Line

01

The core configuration of HDPE multilayer co extrusion machine consists of a multi-screw extruder, composite mold, and precision control system, enabling the co-extrusion molding of different functional layers. Product advantages include strong barrier properties, balanced mechanical properties, and controllable cost, making it suitable for various scenarios such as gas supply and water supply/drainage.

02

Utilizes a 2-5 layer co-extrusion extruder, paired with a dedicated composite mold to meet the functional layer combination requirements.

03

Equipped with an online detection and precise temperature control system to ensure pipe dimensional accuracy and interlayer adhesion.

04

Includes high-speed traction, cutting, and winding units for continuous and efficient production.

05

Core Product Advantages: The multilayer structure has clearly defined functions, integrating anti-seepage, UV resistance, and reinforcement, adapting to complex working conditions.

06

Retains the corrosion resistance and crack resistance of HDPE material, while improving service life through interlayer optimization.

07

Compared to single-layer pipes, it reduces the amount of high-end raw materials used while controlling production costs for the same performance.

If you want to know more kinds of plastic manufacturing machine, please visit our website.

Waste Rigid Plastic Washing Line

The waste plastic washing machine is a key equipment system in the field of plastic recycling and regeneration. It is mainly used to automatically clean, sort and purify various mixed hard plastic wastes (such as plastic bottles, plastic barrels, plastic fragments, plastic parts, etc.) to remove impurities (such as mud, oil, labels, metal, paper scraps, etc.) on the surface and inside of the waste, and finally obtain clean plastic raw materials, providing high-quality materials for subsequent granulation, reprocessing and other links.

Details of waste plastic cleaning machine

Applicable Raw Materials

The plastic hard material cleaning line processes a variety of common hard plastics, primarily including:

Polyethylene terephthalate (PET): such as mineral water bottles, beverage bottles, and cooking oil bottles.

Polyethylene (PE): such as plastic barrels, film scraps (film components of hard material), plastic baskets, and hard edges of agricultural film.

Polypropylene (PP): such as plastic turnover boxes, bottle caps, plastic tableware, and plastic automotive parts.

Polyvinyl chloride (PVC): such as plastic pipes, sheet metal scraps, and plastic door and window scraps.

Other miscellaneous hard plastics: such as crushed and recycled engineering plastics like ABS and PS.

Core Functions and Applications

Impurity Removal: Through a multi-stage cleaning process, contaminants such as oil, dust, dirt, food residue, and printing ink are effectively removed from the plastic surface.

Sorting and Separation: Impurities such as metals (via magnetic separation), stones, paper, and labels are separated from plastics using physical or mechanical methods. Improved Raw Material Purity: Plastics processed through the washing line have significantly reduced impurity levels, meeting subsequent processing requirements for pelletizing and molding, thereby enhancing the quality and added value of recycled plastics.

Automated Processing: Reduces manual intervention, improves production efficiency, reduces labor intensity, and enables large-scale, continuous production.

If you want to know more kinds of plastic manufacturing equipment, please visit our website.