What are the classifications of hydraulic hoses? Alternatively, hydraulic hoses typically use reinforced layer structures with wire winding or wire weaving to improve their pressure resistance, wear resistance, and impact resistance. The following are the methods of hydraulic hose wire winding and wire weaving:

1. Steel wire winding: Steel wire winding is a reinforced layer structure that wraps steel wire around the inner or outer layer. High strength steel wire is usually used, which is wrapped around the inner or outer layer of rubber at a certain angle and direction through specific equipment, and fixed by pressure to enhance the pressure resistance of the rubber hose.

2. Steel wire weaving: Steel wire weaving is a reinforced layer structure that combines steel wires in a woven form into a rubber layer. The common method is to use multiple strands of steel wire twisted and woven together, which is woven into the inner or outer layer of rubber through specialized mechanical equipment, and then fixed under pressure to enhance the wear resistance and impact resistance of the rubber hose.

3. Combination structure: Some hydraulic hoses use a combination of wire winding and wire weaving, that is, using wire winding on the inner layer and wire weaving on the outer layer to comprehensively improve the strength and stability of the hose.

Zaozhuang Jinfulex Rubber Technology Co., Ltd. kindly reminds that the reinforced structure of wire winding and wire weaving makes hydraulic hoses have high pressure resistance, wear resistance, and impact resistance, suitable for high-pressure liquid transmission systems. In the production and processing process, appropriate wire winding or wire weaving methods are selected based on specific process requirements and product performance requirements to ensure that the quality and performance of hydraulic hoses meet the requirements.