As the details determine success or failure, for this Plastic Cabinets Mould, we try to control each program from drawing review to material preparation, from preliminary machining to finishing, from inspection and assembly to pilot production. We use high-quality P20 die steel as raw material, through the intermediate process quenching and high temperature tempering, so that the workpiece has excellent synthetic mechanical properties and improved hardness. In the final stage, nitriding is performed to obtain a very high surface hardness and wear resistance without quenching. We use advanced software including CAD, Pro-E and UG for mold design and milling, grinding, CNC, EDM, wire cutting, engraving and more. We also use high-efficiency circulating water systems to solve defects in common mold cooling systems to minimize cooling time.
45#, P20, H13, 718, 2738, NAK80, S136, CENA-1 etc.
LKM, HASCO etc.
DME, HASCO, JIS etc.
UG, PROE, CAD, SolidWorks etc.
PP, PC, PE, PS, PU, ABS, PVC, PA, POM, PMMA, PET, PPR etc.
Depends on customer s requirements
CNC, High Speed Carve, EDM, Wire Cut, Driller, Grinder, fly cutter et
Pay attention to the surface maintenance of Plastic Cabinets Mould, which directly affects the surface quality of the product. The focus is on preventing corrosion, so it is especially important to choose a suitable, high-quality, professional anti-rust oil. After the mold has completed the production task, the residual injection molding should be carefully removed according to different injection molding methods. The residual injection molding and other deposits in the mold can be removed by using copper rods, copper wires and professional mold cleaning agents, and then air-dried.