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Transmission gears are core components of the transmission systems in various power equipment, and their adaptability directly determines the operating performance of the equipment under different working conditions. From the low-speed and heavy-load scenarios of agricultural machinery operations to the high-speed operation needs of industrial motors, transmission gears need to achieve precise matching of power transmission through differentiated parameter design, avoiding jams or power loss during operation.
During the processing, the tooth surfaces of transmission gears are treated with honing technology to improve the smoothness of meshing, and at the same time, the force distribution is optimized through tooth tip modification technology to reduce tooth surface fatigue damage caused by long-term operation. In terms of material selection, for special working conditions such as high temperature and high humidity, transmission gears adopt special alloys with heat and corrosion resistance, ensuring stable transmission performance even in extreme environments.
In practical applications, it is necessary to select transmission gears of corresponding specifications according to the load parameters and operating frequency of the equipment. At the same time, regularly monitor the operating temperature and meshing clearance of the gears, and adjust the lubrication plan in a timely manner, so that the transmission gears can continuously exert efficient transmission effects and provide reliable support for the full-life cycle operation of the equipment.