Suzhou mold parts thimble mold parts titanium processing

PVD coating microstructure fine nanoscale particles of both high toughness, high hardness, high oxidation resistance characteristics, and enables frictionless chip removal process very smooth surface. In the coating deposition process, so that the super adherent coating the substrate and product, and can effectively control the deposition thickness of the coating (0.5 micron ─6 unilateral micron) process for the different types of coating products. After PVD tool also has a thermal stability of CVD after enabling tools (Broach, cutter, wire tapping, drill, knife tablets, points in the rod, etc.) strong and efficient processing, it has excellent performance. 2, mold type, mold fittings and mechanical parts for different type of mold (plastic mold, metal stamping die, die casting mold ,, molding, extensometer, drawing die, flanging die, etc.) and mold parts (the red bar , thimble), mechanical wear, corrosion-resistant parts, high demand PVD coating processes used in metal products, can significantly improve product surface hardness, wear resistance, corrosion resistance, heat resistance and lubricity; and to facilitate the stripping, greatly enhance the mold, the quality of the parts (such as surface roughness, wear resistance, accuracy, etc.) and service life to effectively play the potential of the product. 3, medical devices, metal hardware products category PVD coating technology can be widely applied to various types of wear and tear, bite, corrosion, adhesion, fusion caused by the failure of tools, molds, machinery parts, medical equipment. Which, due to wear and tear caused by the failure of the products (such as: blanking, cold forging, powder molding, etc.) life after the coating can be increased by 2-20 times; bite causing injury because the products in question or molds (such as: extension of the mold, tensile modulus, flanging die, etc.), can be fundamentally resolved after coating. PVD coating suitable materials: withstand the heating temperature is more than 230 degrees and is not affected metallic materials.