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PVD technology is carried out in a vacuum environment, which can reduce the oxidation reaction of the mold and avoid the formation of an oxide layer on the mold coating surface, thereby improving the quality and durability of the mold coating. In addition, PVD coating has a high deposition rate and uniform coating thickness, which can meet the requirements of mold surfaces of different thicknesses and shapes.

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This series machine designed for hard and super hard protective coatings on tools, cutter and mould. It uses unique magnetic field control technology makes the arc moving fast over the entire surface of the target. Coating surface is smooth and dense, The target surface is uniformly etched, optimize the coating binding force.The new technology has brought much faster batch flow efficiency, optimizing the coating production efficiency. High precision density, the accuracy of coating thickness in effective coating area can be controlled uniform.
It can deposit TiN, CrN, AITiN, AlCrN, TiCN, TiAlCrN, TiAlSiN, DLC, multilayer super hard coatings, which is used in precision mould industry(dies, shear mould, standard mould and moulding mould etc), tool industry(drill, hard alloy, milling cutter, broaches, screw tap and gear cutter ect.) and automobile industry(piston, piston rings and parts etc.).
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DLC coating, full name Diamond-Like Carbon coating, is a special surface coating with diamond-like properties, such as high hardness, smoothness and chemical inertness. This coating is mainly composed of carbon and hydrogen and is applied to the surface of various materials through physical evaporation deposition or chemical vapor deposition.
DLC coatings are widely used in many fields due to their excellent properties, including industry, medical devices, automobiles, and electronic equipment.
The development of DLC coating has gone through the stages from the first generation of TiN to the second generation of TiCN, TiC, the third generation of DLC, and finally the fourth generation of cubic boron nitride. In the 1970s, German scientists used ion beam deposition to deposit single-valent carbon ions onto a substrate at room temperature to produce DLC thin films.
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The Advantages Of Coating In This Solution

 PVD mold coating can improve the mold's surface hardness, corrosion resistance, coating adhesion, and improve mold release and service life. 
 The excellent thermal stability and corrosion resistance of AlCrN coating can effectively reduce the corrosion and sticking of aluminum die casting molds.

Application

Precision molds: stamping molds, drawing molds, forming molds, die-casting molds

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