Low Pressure Rubber Hose Factory

Crafted with precision and excellence in China, Fushuo's Thin Wall Tube is a top-of-the-line product that boasts high-quality silicone material designed to deliver outstanding performance and remarkable durability in various industrial settings.

Fushuo is a leading supplier of Air Rubber Tubes, providing customers with high-quality products at competitive prices. With years of experience in the industry, Fushuo has built a reputation for reliability and exceptional customer service.

Low Pressure Rubber Hoses used for conveying saturated steam or superheated water. Low pressure rubber hose, conveying saturated steam or superheated water below 170 ℃, with a working pressure of 0.35Mpa for steam and 0.8Mpa for hot water

Hebei Fushuo, a leading manufacturer and supplier of Mine Air Pipe Rubber Tubes in China, focuses on providing safe and durable rubber hoses for high-intensity mining operations. Our mine air hoses feature an advanced three-layer composite structure design, offering superior impact resistance, oil mist resistance, and high-pressure load-bearing capacity, maintaining stable performance in extreme environments ranging from -30°C to +80°C.

Fushuo Cloth Silicone Rubber Tube is supplied by a professional China Supplier, made from high-quality silicone combined with reinforced cloth layers. It is designed to provide stable performance in applications requiring flexibility, pressure resistance, and durability across various industrial environments.

Fushuo, as a professional manufacturer and supplier of special-shaped flexible connectors in China, is deeply committed to the research and development of core components in the new energy field. Their Special-shaped Soft Connection (also known as copper expansion joint), leveraging the natural advantages of high-quality copper foil base material and combining advanced processes such as ultra-high-speed die-cutting and polymer non-oxidative diffusion welding, possesses high mechanical strength and excellent electrical and thermal conductivity. It can stably carry high current transmission under high-frequency operating conditions in new energy electric vehicles, effectively mitigating the skin effect of current and reducing power loss.