PLC Touch Screen Cable Protection Pipe Extrusion Line, Single Screw, 100–500kg/h Capacity
| Pipediameterrange | 16mm To 110mm | Cooling Type | Air Cooling |
|---|---|---|---|
| Diehead | Customizable For Different Pipe Sizes | Controlsystem | PLC Control With Touch Screen Interface |
| Mould Blocks | Aluminum Molds | Coolingsystem | Water Cooling Tank |
| Layer | Single Wall / Double Wall / Three Layer | Production Capacity | 100-1000 Kg/h |
| Highlight | PLC touch screen cable pipe extrusion line,single screw cable protection pipe line,100–500kg/h pipe extrusion line |
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Shandong HUASU has launched its third-generation double wall corrugated pipe production line, bringing significant advancements in overall performance. This latest model delivers substantial improvements, boosting both production output and operational speed by 20–40% compared to previous versions.
Equipped with state-of-the-art online belling technology, the new production line is capable of producing corrugated pipes that boast exceptional quality and enhanced durability. This innovation ensures that the manufactured pipes meet rigorous standards, providing reliable and long-lasting products for various applications.
Throughout the manufacturing process, the line maintains consistent product quality, establishing a new benchmark within the pipe production industry. The integration of advanced technologies and improved efficiency reflects Shandong HUASU's commitment to innovation and excellence in pipe manufacturing.
- Pressure water-cooling systems designed for mould blocks greatly improve production speed, facilitating efficient and rapid manufacturing processes with higher throughput and consistent output.
- Low energy consumption contributes to a reduction in overall production costs, making the line a cost-effective solution particularly suitable for large-scale industrial operations.
- An integrated and efficient vacuum system ensures that pipes are formed with impeccable shape and structural integrity, maintaining high product quality on a consistent basis.
- The temperature control system within the mould blocks is essential for optimizing pipe quality, influencing both the external appearance and the internal structure of the end products.
- Quick and easy mould size changes allow for smooth transitions between different pipe dimensions, minimizing downtime and enhancing overall operational efficiency.
- The entire extrusion line is fully automated, streamlining production and reducing the need for manual intervention for a more reliable and consistent manufacturing process.
- Synchronization between corrugators and extruders is precisely controlled, promoting seamless coordination and maximizing operational efficiency throughout the production line.
- Key components such as screws and barrels are treated with hardening processes, increasing their durability and extending service life even under demanding production conditions.
- Remote service capabilities are incorporated, enabling timely support and maintenance from a distance to improve responsiveness and reduce downtime in case of technical issues.
- The tooling, including moulds, is compatible with extrusion lines ranging from ID180mm to 1600mm, offering great flexibility to accommodate various pipe sizes and production requirements.
| Screw Advantage | Nitriding Treatment |
|---|---|
| Cooling System | Water Cooling Tank |
| Advantage | Nitriding Treatment |
| Diehead | Customizable For Different Pipe Sizes |
| Layer | Single Wall / Double Wall / Three Layer |
| Control System | PLC Control With Touch Screen Interface |
| Mould Blocks | Aluminum Molds |
| Pipe Diameter Range | 16mm To 110mm |
| Extruder Type | Single Screw Extruder |
| Cooling Type | Air Cooling |
This product is extensively utilized in drainage and sewage systems, offering an effective solution for controlling water flow and managing waste disposal. Its design guarantees dependable performance across a wide range of environmental conditions.
Moreover, it serves a vital function in rainwater harvesting initiatives by facilitating the collection and storage of rainwater for multiple applications. It also plays a significant role in protecting underground cables, thereby preserving critical infrastructure from potential damage.
Its use further expands into agricultural irrigation, where it aids in delivering water to crops, thereby boosting agricultural output. Additionally, it is widely implemented in municipal engineering projects, supporting the construction and upkeep of urban infrastructure.
Lastly, this adaptable system is essential for road and tunnel drainage undertakings, ensuring proper water management and maintaining the structural soundness of transportation networks.

