How Spiral Hydraulic Hose’s spiral structure affects its compressive properties？- Ningbo Shunlong Rubber Hose Co., Ltd.

How Spiral Hydraulic Hose’s spiral structure affects its compressive properties？

The spiral structure of Spiral Hydraulic Hose is one of the keys to its pressure resistance design. This unique structure is carefully constructed in a multi-layer steel wire spiral, which significantly improves the overall performance of the hose in the hydraulic transmission system. The uniqueness of this design lies in its comprehensive performance, such as pressure resistance, uniform pressure distribution, resistance to extrusion and distortion, wear resistance, adaptability to bending, and reduction of expansion deformation.

One of the main functions of the spiral structure is to enhance the pressure resistance of the hose. Through carefully designed multi-layer spirals, the hose is able to withstand the continuous pressure generated in high-pressure hydraulic systems, ensuring stable operation of the system. This makes the Spiral Hydraulic Hose a reliable choice in high-pressure hydraulic systems, capable of handling extreme hydraulic pressure demands and ensuring system safety and stability.

The spiral structure distributes pressure evenly across the entire hose surface, avoiding excessive local stress. This uniform distribution helps reduce the local stress of the hose in a pressure environment and improves its overall pressure resistance. The hose can handle the complex pressure scenarios generated in the hydraulic system in a more balanced manner, ensuring that each part can withstand the corresponding force, effectively preventing local failure.

Abrasion resistance is an important consideration for hydraulic hoses used over extended periods of time in industrial environments. By adopting a spiral structure, the hose not only has strong pressure resistance on the inside, but the outer steel wire spiral provides an additional layer of protection, making it more wear-resistant. This makes Spiral Hydraulic Hose perform even better in highly abrasive industrial environments.

Additionally, the flexibility of the helical structure makes it easier for the hose to adapt to different bend radii. In the actual application of hydraulic systems, hoses are often required to bend and move in complex working environments, and the spiral structure ensures the flexibility of the hose, thereby reducing the difficulty of installation and operation.