Air Cooling Plastic Corrugated Tube Extrusion Line, 100–1000kg/h for Multiple Plastic Materials

Brand Name HUASU
Certification CE,ISO
Model Number Corrugated Pipe Extrusion Line
Minimum Order Quantity 1 Set
Price $100-900K
Packaging Details Container Standard Packaging
Delivery Time 60-90days
Payment Terms T/T,L/C
Supply Ability 100set/year
Product Details
Controlsystem PLC Control With Touch Screen Interface Extruder Type Single Screw Extruder
Coolingsystem Water Cooling Tank Production Capacity 100-1000 Kg/h
Advantage Nitriding Treatment Mould Blocks Aluminum Molds
Core Components PLC Cooling Type Air Cooling
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Product Description
Product Overview

Shandong HUASU has launched its third-generation double wall corrugated pipe production line, bringing notable advancements in performance. This upgraded model significantly boosts both output capacity and operational speed, delivering an improvement of 20 to 40 percent over previous versions.

Equipped with state-of-the-art online belling technology, the production line is capable of producing corrugated pipes that exhibit enhanced quality and durability. This innovation ensures that high product standards are consistently upheld throughout the manufacturing process.

By integrating these advanced features, Shandong HUASU sets a new benchmark in the pipe manufacturing industry, demonstrating a commitment to quality and efficiency in its production solutions.

Product Gallery
Key Features
  • Pressure water-cooling systems for mould blocks greatly improve production speed by enabling efficient and rapid manufacturing processes, ensuring smooth operations while maintaining high throughput levels.
  • Designed with low energy consumption in mind, these systems help lower overall production costs, presenting an economical solution particularly suited for large-scale industrial applications.
  • An integrated vacuum system plays a pivotal role by producing pipes with flawless shape and structural integrity — a consistent enhancement in product quality that is vital for meeting stringent manufacturing standards.
  • The temperature control system for the mould blocks is essential in optimizing pipe quality, influencing both the external finish and the internal composition of the products.
  • Changing mould sizes is streamlined and quick, enabling easy transitions between different pipe dimensions without incurring significant downtime. This flexibility supports diverse production demands.
  • The entire extrusion line functions fully automatically, streamlining the production workflow and reducing the necessity for manual intervention to increase overall efficiency.
  • Synchronous control of corrugators and extruders ensures seamless coordination throughout the operation, promoting high efficiency and consistent output quality.
  • Hardening treatment applied to screws and barrels extends their service life and enhances durability, enabling them to withstand the rigorous conditions typical of demanding production environments.
  • Remote service capabilities provide timely support and enable efficient maintenance management from afar, minimizing downtime and improving response times.
  • The tooling, including moulds, is compatible with extrusion lines ranging from ID180mm to 1600mm, offering great flexibility to accommodate various pipe sizes.
Technical Parameters
Cooling Type Air Cooling
Core Components PLC
Production Capacity 100–1000 kg/h
Screw Advantage Nitriding Treatment
Haul-Off Machine Servo Motor Driven
Advantage Nitriding Treatment
Control System PLC Control With Touch Screen Interface
Cooling System Water Cooling Tank
Mould Blocks Aluminum Molds
Applications

This product is extensively utilized in drainage and sewage systems, offering an effective solution for managing water flow and waste disposal. Its design guarantees dependable performance across a wide range of environmental conditions.

Moreover, it plays a vital role in rainwater harvesting initiatives by enabling the collection and storage of rainwater for multiple applications. It is also essential for protecting underground cables, thereby preserving critical infrastructure from potential damage.

Its applications further extend to agricultural irrigation, where it facilitates the distribution of water to crops, boosting agricultural productivity. In addition, it is widely used in municipal engineering projects, supporting the construction and upkeep of urban infrastructure.

Lastly, this adaptable system is key to road and tunnel drainage efforts, promoting efficient water management and maintaining the structural integrity of transportation networks.