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该技术是用低温等离子体 CUD 技术在金属表面生长 BN-SIN 复合薄膜陶瓷,通过提高表面硬度、耐磨性、韧性、抗氧化性、耐磨蚀性及降低摩擦系数,提高零件的使用寿命和机器的效率,从而达到节材、节能的目的。其沉积温度小于350℃,结合力为 TIN的2倍(29.43～33.35N),膜厚2μm。该膜可镀在各种刀具、工具、模具上,耐用度一般可提高2～4倍,
The technology is the use of low temperature plasma CUD technology to grow BN-SIN composite thin film ceramic on the metal surface, by increasing the surface hardness, wear resistance, toughness, oxidation resistance, abrasion resistance and reduce the friction coefficient to improve the service life of parts and Machine efficiency, so as to achieve the material, energy-saving purposes. The deposition temperature is less than 350 ℃, the binding power is twice as high as TIN (29.43 ~ 33.35N) and the thickness is 2μm. The film can be plated on a variety of tools, tools, molds, durability can generally improve 2 to 4 times,