Description:
BoWex M Gear coupling BoWex ® Bent gear coupling ® It is a flexible shaft connection used for forward torque transmission and compensation of axial, radial, and angular offsets. Using a bent gear coupling ® It can avoid applying pressure, angle and displacement to the spline, therefore, BoWex ® The coupling has almost no wear. The material combination of steel hub and polyamide sleeve can achieve maintenance free, continuous operation, and low tooth friction. Metal materials will corrode during air transportation, and a combination of polyamide and steel materials can work without lubrication or maintenance. Due to BoWex ® The dual universal operation of the coupling can ignore the restoring force during angular and radial displacement. There will be no periodic fluctuations in angular velocity. BoWex ® Couplings can be assembled vertically or horizontally without the need for any special assembly tools. Smooth and hard surface, high thermal stability, resistance to lubricants, fuels, hydraulic fluids, solvents, etc., make polyamide an ideal material for sliding pressure components, especially suitable for coupled production. ###Characteristics and advantages of dual universal bending gear coupling ® Suitable for all applications in machinery and hydraulic systems. Due to the use of nylon/steel material combination, maintenance free cone and inner diameter are suitable for hydraulic pumps with a maximum working temperature of 100 ° C, which can absorb axial, angular, and radial offsets, torsional rigidity, short axis distance, etc. Product application information is applicable to industry, printing and paper industry, textile industry, sewage treatment technology, cleaning of moving objects, chemical and pharmaceutical, offshore devices, etc. Suitable for corrosive environments (air, water, chemicals, etc.). ###Provide unperforated shaft sleeves for customers to perform machine polishing within the coupling parameters. ###Warning for sleeve gear coupling * BoWex ® Couplings, with accessories, can generat
