Shanghai Tai Chi Kang professional production couplings, blowers, cement machinery special diaphragm coupling

 Diaphragm coupling with high mechanical strength, load capacity, light weight, small size, structure, transmission efficiency and high driving accuracy, reliability, easy assembly and disassembly, and possessed without sliding, no lubrication, long life, no noise, acid and alkali corrosion, etc., can be used in high temperature, low temperature and with oil, water and corrosive medium environmental conditions. Diaphragm coupling suitable for medium and high-speed, high torque shaft drive. And a variety of mechanical devices load changes little shaft drive, highly versatile, suitable for high-temperature, high-speed, medium conditions corrosive environment shaft drive, widely used in various mechanical devices shaft drive, such as pumps (especially in high-power, chemical pumps), fans, compressors, hydraulic machinery, petroleum machinery, printing machinery, textile machinery, chemical machinery, mining machinery, metallurgical machinery, aviation (helicopter), naval speed drivetrain, the After balancing system has been used in high speed shaft is relatively common. Diaphragm coupling by the elastic deformation of the diaphragm to compensate for the relative displacement of the two axes Union, is a high performance metal elastic element flexible coupling, no lubrication, more compact structure, high strength, long life, no rotation gap, independent of temperature and oil slicks, with acid, alkali, anti-corrosion characteristics, suitable for high temperature, high speed, a corrosive medium conditions environment shaft drive, widely used in various mechanical devices shaft drive such as pumps (especially in high-power, chemical pumps), fans, compressors, hydraulic machinery, petroleum machinery, printing machinery, textile machinery, chemical machinery, mining machinery, metallurgical machinery, aviation (helicopter), ship speed power transmission system, the balancing shaft system has been used in high speed after relatively common.