Wear and deformation of the mold directly affect the forming quality of the casting, leading to uneven stress distribution during the cooling process and thus causing cracks.
In heavy industries such as mining, metallurgy, power generation, and cement, equipment operates under extreme conditions of high impact, intense wear, and high dust levels. Key components such as crusher liners, chutes, hoppers, screens, and conveying pi
In the harsh operating environment of mining machinery, every component withstands high strength, high impact, and high wear.
Deep in the mine shafts, in frigid open-pit mines, and in dust-filled crushing workshops, mining equipment endures extraordinary loads day after day: severe impacts, continuous vibrations, corrosive media, extreme temperature differences… These harsh cond
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.