Solar module processing mould meet four performance
1, wearability billet in solar energy components processing plastic deformation in the mold cavity, the cavity surface flow and sliding, the cavity surface with a dramatic friction between billet, resulting in mould failure due to wear and tear.
So the wear resistance of materials is the most basic solar module processing mould, one of the most important performance.
2, strong toughness solar module processing mold working conditions are very bad, some often bear greater impact load, which can lead to brittle fracture.
Suddenly brittle fracture at work to prevent mold parts, mold with high strength and toughness.
Mould toughness mainly depends on the material state of carbon content, grain size and organization.
3, fatigue fracture performance of solar energy components processing die working process, under the effect of cyclic stress of the long term, often leads to fatigue fracture.
Its form has little energy repeated impact fatigue fracture and tensile fatigue fracture contact fatigue fracture and fatigue fracture.
Fatigue fracture properties of mold mainly depends on the strength, toughness, hardness, and the content of inclusions in the material.
4, high temperature performance when solar module processing mould working temperature is higher, can make the hardness and strength, cause mould early wear or produce plastic deformation and failure.
Therefore, die material should have high tempering stability, resistance to guarantee the mold under the working temperature, the solar module has high hardness and strength.
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