There are many models of ion vacuum coating equipment, the most common being cathode arc ion coating equipment, stainless steel coating equipment (large and small), and bathroom tile ion coating equipment, all of which utilize multi-arc ion vacuum coating technology.
Under vacuum conditions, gas discharge is used to ionize gas or evaporated material. Simultaneously, the evaporated material or its reactants are deposited onto a substrate by the bombardment of these gas ions or ions from the evaporated material.
Ion plating combines glow discharge, plasma technology, and vacuum evaporation coating technology.
Vacuum ion plating is a coating technology that combines vacuum evaporation and vacuum sputtering. The ion plating process involves using gas discharge under vacuum conditions to partially ionize the working gas or the material to be evaporated (film material). Under the bombardment of ions from the working gas or the material to be evaporated, the evaporated material or its reactants are deposited on the surface of the substrate.
The coating has good adhesion, the film is not easy to fall off, the coating has good wrapping properties, the surface coverage is improved, the coating quality is good, the deposition rate is high, the film formation speed is fast, and the range of substrate materials and film materials that the coating is applicable to is wide.
Ion vacuum coating equipment boasts numerous advantages, leading to its widespread application in the market. Common applications include superhard coatings for tools and molds, and decorative coatings for golf equipment, watches, bathroom fixtures, lighting fixtures, eyeglass frames, hardware products, ceramics, and glass. It is a highly efficient and pollution-free ion coating system, characterized by rapid deposition, high ionization rate, high ion energy, simple operation, low cost, and high production capacity.
