Wear-resistant High-efficiency Driving Gear

As the power output source component of the power transmission system, the driving gear undertakes the key responsibility of efficiently transmitting power to the driven gear, and adapts to high-end transmission scenarios with multi-dimensional performance advantages. Its transmission smoothness comes from the optimized involute tooth profile design, the tooth surface contact area is uniform during meshing, and the impact vibration amplitude is reduced by more than 30%, ensuring smooth operation of the equipment without jitter. The direct torque transmission characteristic is significant, with a short power transmission path and small loss, the torque transmission efficiency is over 96%, which can quickly respond to power demands. The wear resistance is achieved through material and process upgrades, using 42CrMo high-strength alloy steel, after overall quenching and tempering + surface quenching treatment, the tooth surface hardness reaches HRC55-58, and the wear amount is 25% less th…

Flange Gear Shaft Rack Compound Gear Meshing Gears