Air Cooling Cable Protection Pipe Extrusion Line, Single / Double / Three Layer Optional

Shandong HUASU has launched its third-generation double wall corrugated pipe production line, marking a major advancement in manufacturing technology. This upgraded version delivers impressive enhancements in both productivity and efficiency.

Notably, the new production line boosts output and operational speed by 20–40% compared to previous generations. This significant improvement allows for faster production cycles and increased throughput.

Equipped with state-of-the-art online belling technology, the system is capable of producing corrugated pipes that exhibit exceptional quality and durability. The entire manufacturing process is designed to ensure uniform product quality, establishing a new benchmark within the pipe manufacturing sector.

• Pressure water-cooling systems used for mould blocks greatly improve production speeds, enabling efficient and rapid manufacturing processes. This advancement ensures that operations keep pace with high demand while maintaining consistent output quality.
• Designed with energy efficiency in mind, these systems consume minimal power, which helps to lower overall production costs. This makes them an economical solution, particularly advantageous for large-scale industrial operations aiming to optimize expenses.
• The integration of a high-performance vacuum system guarantees that pipes are formed with precise shapes and flawless integrity. This results in consistently superior product quality, enhancing the reliability of the final output.
• Temperature control within the mould block is critical in refining pipe quality. By carefully regulating the mould temperature, both the external appearance and internal structure of the pipes are significantly improved, ensuring that the products meet stringent quality standards.
• Flexibility in production is achieved by allowing quick and easy changes to mould sizes. This capability facilitates smooth transitions between different pipe dimensions without incurring lengthy downtime, boosting overall productivity.
• The extrusion line operates in a fully automated manner, which simplifies the production workflow and minimizes the necessity for manual involvement. Automation enhances efficiency and reduces the likelihood of errors during manufacturing.
• Synchronization between corrugators and extruders ensures seamless coordination throughout the process. This harmonious control contributes to maintaining high operational efficiency and consistent product output.
• To withstand demanding production conditions, screws and barrels receive hardening treatments. This treatment prolongs their lifespan and increases durability, reducing the frequency of maintenance and replacements.
• Remote service capabilities are implemented to provide prompt support and maintenance management. This feature allows technical assistance to be delivered swiftly from a distance, minimizing downtime and ensuring continuous operation.
• The tooling, including various moulds, is compatible with extrusion lines ranging from ID 180mm up to 1600mm. This wide compatibility offers significant flexibility, accommodating a variety of pipe sizes to meet diverse production needs.

This product finds extensive applications in drainage and sewage systems, offering an effective solution for managing water flow and waste disposal. Its design guarantees dependable performance across a variety of environmental conditions.

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

Its usage further extends to agricultural irrigation, where it facilitates the distribution of water to crops, thereby boosting agricultural productivity. In addition, it is widely utilized in municipal engineering, aiding in the construction and upkeep of urban infrastructure.

Lastly, this adaptable system is a key part of road and tunnel drainage projects, ensuring efficient water management and maintaining the structural integrity of transportation networks.