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Transmission gears,as the core components of the transmission system,their precision and material directly affect the power transmission efficiency of equipment.High-quality transmission gears need to go through multiple precision processing procedures,from forging forming to tooth surface fine grinding,each step must be strictly controlled to ensure that the tooth profile error meets high industry standards and reduce energy loss during transmission.
In heavy-duty scenarios such as automobiles and construction machinery,the durability of transmission gears is particularly important.Transmission gears made of high-strength alloy materials can withstand frequent starts and stops and high-load impacts,effectively extending the service life of components;at the same time,through advanced heat treatment processes such as low-temperature carburizing,the surface hardness and wear resistance of transmission gears can be further improved,reducing maintenance frequency.
In daily use,regularly checking the meshing clearance and wear degree of transmission gears and timely handling tooth surface damage can avoid the expansion of transmission failures.Stable-performance transmission gears can not only improve equipment operation efficiency but also reduce power waste,providing solid support for the long-term efficient operation of the transmission system.
