Crane Gear Shaft
Brand Jiayang
Product origin China
Delivery time scheduled delivery
Supply capacity good
1.Gear shaft is generally used in the reducer, reducer is the production of external meshing involute helical cylindrical gear reducer, 2.gear reducer is widely used in metallurgy, mining, lifting, transportation, cement, construction, chemical, textile, printing and dyeing, pharmaceutical and other fields.
3.The gear shaft is an important transmission part in the reducer, the shaft and the shaft rod part of the gear shaft are subject to the joint action of bending short and twisting short, which requires better comprehensive mechanical properties.
4. The gear shaft and the tooth part of the gear are subject to larger contact stress and bending stress, and should have good wear resistance and high strength.
Material: 42CrMo
1.A gear shaft is a mechanical component used for transmitting power and rotating motion, with the following characteristics:
2.High strength: The gear shaft is usually made of high strength alloy steel or cast iron and can withstand large forces and torques.
3.Precision machining: The manufacture of gear shafts requires precision machining and heat treatment to ensure the accuracy of their size and shape so that the gears can fit smoothly.
4.High hardness: the surface of the gear shaft is often quenched to increase its hardness, resist wear and deformation, and improve its service life.
5.Lightweight design: In order to reduce the mass of the entire mechanical system, the gear shaft will be lightweight design, through the optimal selection of materials and the rational design of the structure to reduce the weight.
6.Wear resistance: The gear shaft usually needs to withstand high speed, high load and long working conditions, so it needs to have high wear resistance to extend the service life.
7.Reliability: The gear shaft is required to have good reliability and stability to ensure the accuracy and stability of the transmission of power and rotating motion.
8.Rectangular profile structure: Gear shafts typically have rectangular profile structures that provide higher strength and stiffness in response to the forces and torques they are subjected to.
