315mm - 630mm Plastic Extrudeuse Machine Tube PE HDPE PEHD Extruder Tube Making Machine

Product Description:

HDPE and PPR pipe production lines are specialized equipment used to produce high-density polyethylene (HDPE) pipes and random copolymer polypropylene (PPR) pipes, respectively. Their core function is to process resin raw materials into standard-compliant plastic pipes through extrusion, molding, and cooling processes.

I. Core Equipment Components

• Extrusion System: Includes the extruder and screw, responsible for heating and melting resin particles and continuously extruding them; it is the core power source of the production line.
• Die System: Customized according to pipe specifications (diameter, wall thickness), determining the final shape and dimensional accuracy of the pipe.
• Cooling and Shaping System: Quickly solidifies the pipe shape through vacuum adsorption and spray cooling, ensuring dimensional stability.
• Traction System: Pulls the pipe forward at a constant speed, ensuring continuous production and uniform pipe wall thickness.
• Cutting System: Automatically cuts the pipe to the set length, commonly using saw blade cutting or planetary cutting methods.
• Control System: Employs a PLC or touchscreen to integrate real-time monitoring and adjustment of parameters such as temperature, speed, and traction force.

II. General Process Flow

1. Raw Material Preparation: HDPE or PPR resin granules are mixed evenly with necessary additives (such as antioxidants and masterbatches).
2. Melt Extrusion: The mixed raw materials enter the extruder, are melted into a fluid through the heating zone (usually 3-5 sections), and pushed to the die by the screw.
3. Shaping and Cooling: After extrusion from the die, the melt enters a vacuum shaping chamber for adsorption and shaping, and then is rapidly cooled to room temperature through a spray box.
4. Traction and Cutting: The cooled pipe is pulled at a uniform speed by a traction machine and finally cut to the set length by a cutting machine.
5. Inspection and Rewinding: The appearance and dimensions of the pipe are inspected online; qualified products are rewound or stacked.

Features:

The production lines for HDPE and PPR pipes are specialized equipment designed to manufacture high-density polyethylene (HDPE) pipes and random copolymer polypropylene (PPR) pipes, respectively. These production lines are crucial for processing resin raw materials into plastic pipes that meet industry standards. The primary processes involved include extrusion, molding, and cooling.

1. Core Equipment Components

• Extrusion System: This system consists of the extruder and screw, responsible for heating and melting resin particles continuously to extrude them, serving as the main power source of the production line.
• Die System: Customized according to pipe specifications like diameter and wall thickness, it determines the final shape and dimensional accuracy of the pipe.
• Cooling and Shaping System: Solidifies the pipe shape quickly through vacuum adsorption and spray cooling to ensure dimensional stability.
• Traction System: Pulls the pipe forward at a constant speed to maintain continuous production and uniform pipe wall thickness.
• Cutting System: Automatically cuts the pipe to the desired length, often utilizing saw blade cutting or planetary cutting methods.
• Control System: Utilizes a PLC or touchscreen for real-time monitoring and parameter adjustment, such as temperature, speed, and traction force.

2. General Process Flow

1. Raw Material Preparation: HDPE or PPR resin granules are mixed evenly with necessary additives.
2. Melt Extrusion: The mixed raw materials are melted in the extruder and pushed to the die for shaping.
3. Shaping and Cooling: The extruded material is shaped in a vacuum chamber and cooled rapidly in a spray box.
4. Traction and Cutting: The cooled pipe is pulled by a traction machine and cut to the required length.
5. Inspection and Rewinding: Online inspection ensures the quality of the pipe, with qualified products rewound or stacked.

Technical Parameters:

Applications:

Core Applications of the HDPE Pipe Production Line
This production line primarily manufactures HDPE (High-Density Polyethylene) pipes. Leveraging HDPE's high-pressure resistance, corrosion resistance, and good flexibility, its products focus on fluid transportation in medium to large-scale engineering projects and outdoor applications.

Municipal Infrastructure Construction:
Produces municipal water supply pipes, drainage pipes, and gas pipes for urban water supply, rainwater and sewage discharge, and low-pressure transportation of natural gas and liquefied petroleum gas.

Agricultural Production Applications:
Manufactures agricultural irrigation and drainage pipes, suitable for drip irrigation and sprinkler irrigation systems in large fields, as well as drainage of farmland runoff. The pipes' weather resistance allows for long-term outdoor use.

Industrial Special Transportation:
Produces industrial sewage pipes and chemical fluid pipes, capable of transporting corrosive liquids such as acids and alkalis or industrial wastewater, avoiding the corrosion problems associated with metal pipes.

Other Applications:
Also produces trenchless pipe jacking and conduit pipes for underground pipeline laying (such as protection for power and communication cables), reducing surface excavation costs.

Core Applications of the PPR Pipe Production Line
This production line focuses on producing PPR (random copolymer polypropylene) pipes. Leveraging its advantages of being hygienic, non-toxic, high-temperature resistant, and having reliable connections, the products are primarily used for clean fluid transportation in indoor and small-scale projects.

Home Improvement Hot and Cold Water Systems:
Produces cold and hot water pipes for home improvement, used for tap water supply in residences and apartments, and hot water circulation in water heaters and radiators. Long-term operating temperatures can be stably maintained below 70℃.

Small-scale Commercial Water Supply:
Manufactures indoor water supply pipes for hotels, office buildings, schools, etc., meeting centralized clean water needs. The pipe connections utilize a heat fusion process, reducing the risk of leaks.

Pure Water/Pharmaceutical Transportation:
Produces food-grade PPR pipes for transporting raw water in pure water plants and beverage factories, or for transporting non-sterile clean fluids in the pharmaceutical industry, meeting hygiene standards.

Heating System Support:
Produces PPR pipes for heating systems, used as supporting pipes for household wall-mounted boilers and underfloor heating systems, suitable for heating needs requiring low-temperature hot water circulation (typically ≤60℃).

Packing and Shipping:

Product Packaging:

Our Plastic Pipe Extrusion Line is carefully packaged to ensure safe delivery to our customers. Each component of the extrusion line is securely wrapped and protected to prevent any damage during transit. The packaging is designed to withstand handling and transportation, providing peace of mind that your order will arrive in perfect condition.

Shipping:

We offer worldwide shipping for our Plastic Pipe Extrusion Line. Our team works diligently to arrange efficient and timely delivery to your desired location. We partner with reliable shipping companies to ensure your order reaches you on time and in excellent condition. You will receive tracking information once your order has been dispatched so you can monitor the progress of your delivery.

FAQ:

Q: What is the brand name of the Plastic Pipe Extrusion Line?

A: The brand name of the Plastic Pipe Extrusion Line is SincereMachinery.

Q: What is the model number of this Plastic Pipe Extrusion Line?

A: The model number of this Plastic Pipe Extrusion Line is PE1200.

Q: Where is the Plastic Pipe Extrusion Line manufactured?

A: The Plastic Pipe Extrusion Line is manufactured in China.

Q: What type of pipes can be extruded using this machine?

A: This machine is designed to extrude PE pipes.

Q: What is the production capacity of the PE1200 model?

A: The PE1200 model has a production capacity of [insert production capacity here].