JGD-A1-type reinforced flexible double ball rubber joints XINGFA existing plant design, casting, automatic welding, machining, rubber processing, assembly, testing, laboratory and other departments. Has independently completed a full product development, design, manufacturing capabilities and systems marketing plan and perfect sales service measures. JGD-A1-type reinforced flexible double ball rubber joints, also known as flexible rubber joints, soft rubber joints, rubber flexible joints, soft joints, shock absorber, pipe shock absorbers, shock absorbers throat, etc., is a high- flexibility, high air tightness, chemical resistance and weather resistance of the pipe joints. The product takes advantage of the flexibility of rubber, high air tightness, chemical resistance, weather resistance and radiation resistance and so little, the use of high-strength, hot and cold stability of polyester tire cord fabric bias with the compound, after the high-pressure, high temperature vulcanization mold. JGD-A1-type reinforced flexible double ball rubber joints are from the tube, scraping gum enhanced multi-layer nylon cord, rubber outer layer composite tubes. According to the different media used rubber material is different, there are natural rubber, styrene-butadiene rubber, butyl rubber, nitrile rubber, EPDM rubber, neoprene, silicone rubber, fluorine rubber and so on. Respectively, with heat, acid, alkali, corrosion resistance, abrasion resistance, oil and other functions. By the working pressure: 0.25MPa, 0.6MPa, 1.0MPa, 1.6MPa, 2.5MPa, 6.4MPa six grades. Gongyi City Hing Fat existing plant design, casting, automatic welding, machining, rubber processing, assembly testing, experiments and other departments. Has independently completed a full product development, design, manufacturing capabilities and systems marketing plan and perfect sales service measures. If you want to learn more about the knowledge of rubber joints and Zhang contact please call 0371-64032896 or visit our website www.13103715828.com. Www.13503850081.com