The creep characteristics of powder metallurgy structural parts under high temperature conditions are the result of the combined effect of their microstructure and external conditions.
Through multiple technological advantages such as porous oil storage, graphite lubrication, high-density reinforcement, and precision molding, powder metallurgy gear products perfectly meet the stringent requirements of motorcycle dry clutches for wear re
When the final wear is severe, the clutch plate may completely lose its friction function, causing the vehicle to be unable to start or accelerate normally.
In modern manufacturing, gears, as core components of transmission systems, have their manufacturing processes directly impacting product performance, cost, and production efficiency.
In a motorcycle's powertrainthe driving gear for the clutch of the motorbike for the clutch plays the dual role of a "power switch" and a "torque regulator."
In modern manufacturing, powder metallurgy, as an efficient, energy-saving, near-net-shape process, is widely used to produce metal components with complex structures and stable performance, particularly gears.