Structural Analysis of Stainless Steel Sprocket and Improvement of Service Strength

The structural principle of the stainless steel sprocket: It is connected by a wheel with a cog-type sprocket, and is meshed with a block with a precise pitch on the chain ring or cable.If it is produced together with the chain, it can eliminate the leading transmission failure caused by manufacturing errors, improve the transmission accuracy of the stainless steel sprocket chain, extend the service life, and maintain the best choice for the working state of the sprocket and chain.A stainless steel sprocket is a solid or spoked gear that meshes with a (roller) chain to transmit activity.

Uses of stainless steel sprockets: widely used in mechanical transmission in chemical, textile machinery, food processing, instrumentation, petroleum and other industries.

Improvement XNUMX: In order to better improve the wear resistance of the stainless steel sprocket, the most advanced tooth milling process must be used for it. The purpose of this is to make the tooth shape more accurate, thereby increasing the contact between the stainless steel sprocket and the shaft. friction, thereby increasing its wear resistance.

Improvement 68: We have also carried out quenching and tempering heat treatment on the whole stainless steel sprocket. The main purpose of this is to improve its comprehensive mechanical properties, so that the tooth shape hardness of the stainless steel sprocket can reach 72-XNUMXHRA or more, and finally the resistance of the stainless steel sprocket can be improved. Grinding is significantly improved.