In heavy-duty operations such as mining, crushing and screening, and material conveying, machinery endures multiple challenges from high impact, strong friction, and corrosive environments. Key components such as chutes, liners, crusher jaw plates, and bu
This principle requires that the casting begin to solidify from a part away from the riser, gradually moving towards the riser, and finally solidifying and compensating for shrinkage at the riser.
Wear plates in mines are often subjected to ore impact and equipment vibration, and the structural design must avoid crack propagation caused by stress concentration.
In the demanding operating environment of mining machinery, equipment components are constantly exposed to the multiple challenges of high-intensity impact, intense vibration, and continuous abrasion.
Chocky bars, a mining machinery accessory, utilize advanced metallurgical bonding technology to achieve a strong fusion of a highly wear-resistant layer and a highly tough substrate.
Through scientific material selection, gradient strengthening, microstructure optimization, and structural innovation, wear plates for mining equipment components have been engineered to offer a comprehensive anti-damage system.