16mm bis 630mm HDPE-Pfeifen-Produktionslinie, Single-Screw-Extruder-Plastik-Pfeifen-Extrusionslinie

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16mm bis 630mm HDPE-Pfeifen-Produktionslinie, Single-Screw-Extruder-Plastik-Pfeifen-Extrusionslinie

Kunststoffrohr-Verdrängungs-Linie

January 03, 2025

Category Connection: Kunststoffrohrverdrängungslinie

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Schlagworte:

#Kunststoffrohrextrudermaschine #Kunststoffrohrverdrängungsmaschine #Kunststoffrohrfertigungsstraße

Brief: Discover the 150kg/H Single Screw PE Plastic Pipe Extrusion Line, designed for high-speed production of HDPE pipes ranging from 16mm to 630mm. This advanced extrusion line ensures excellent plasticization and is ideal for gas, water, and cable protection pipes. Perfect for urban supply systems and mining industries.

Related Product Features:

High extrusion speed and excellent plasticization for efficient production.
Produces HDPE pipes with diameters from 16mm to 630mm, suitable for various applications.
Features automatic feeder, single screw extruder, die head, and vacuum tank for seamless operation.
Ideal for manufacturing gas, water, and cable protection pipes with superior durability.
Capable of producing anti-flammable and anti-static pipes for mining industries.
Ensures even wall-thickness and perfect roundness for high-quality pipes.
Customizable to extrude various pipe types by switching or adding machine units.
Pipes produced have excellent stiffness, flexibility, and resistance to creep deformation.

FAQs:

What types of pipes can the 150kg/H Single Screw PE Plastic Pipe Extrusion Line produce?

This line can produce gas supplying pipes, water supplying pipes, cable protection pipes, and anti-flammable or anti-static pipes for mining industries.
What is the diameter range of pipes produced by this extrusion line?

The extrusion line can produce pipes with diameters ranging from 16mm to 630mm, making it suitable for various applications.
What are the competitive advantages of the pipes produced by this line?

The pipes have excellent stiffness, flexibility, resistance to creep deformation, and heat-linkage, making them ideal for city water and gas supply systems.