摘要
通过借鉴光学玻璃表面镀膜的原理,适当对相关设备进行改造,增加离子轰击清洗系统和沉积过渡层等,使陶瓷等非金属材料表面能与钛、锆等金属材料紧密结合,形成防腐膜或耐磨膜,同时也可以对工件表面形状进行预先的设计,镀膜以后,再根据设计需要进行磨屑,把不需要的部分抛磨掉,生产出凹凸有致,色彩明快的艺术产品。这一工艺被广泛应用在陶瓷砖表面进行三度烧等深加工的产品上,制造出金碧辉煌的类黄金色、铂金色和七彩色的效果。完全可以取代用纯金材料制造出的金色和铂金色的产品。
Based on the coating principle of optical glass, through alteration in the processing plant by introducing plasma discharge cleaning system and electro-deposited interlayer, surface of nonmetal materials like ceramics is made possible to bond well with metals, such as titanium and zirconium, thus is susceptible of anticorrosive or wear-resistant coating, and furthermore, realization of advance design for the surface effect of a product, for necessary post-coating abrading and polishing can produce a desired surface in bright color with relief pattern. This technique has been widely used to create decorative effects of gold, platinum and other fancy colors on the surface of triple-firing isobathic processing ceramic tile, which can substitute for the results of real gold and platinum.
出处
《陶瓷学报》
CAS
2006年第4期422-425,共4页
Journal of Ceramics
关键词
等离子
多弧
真空溅射
镀膜
陶瓷
黄金色
铂金色
plasma, multiple arc, vacuum sputtering, coating, ceramics, color of gold, color of platinum
