Vacuum Coating Semiconductor Tube Target Heat Resistance

133OD*125ID*2940L Include Flange Titanium Tube Target Titanium Gr2 ASTM B861-06 a The Target Material Vacuum Coating

The development trend of tube target technology is closely related to the development trend of thin film technology in downstream industries. With the improvement of technology level in the application industry of membrane products and components, target technology should also be changed. In addition, in recent years, flat panel display (FPD) has largely replaced the computer display and TV market dominated by cathode ray tube (CRT). This will also greatly increase the technical and market demand of ITO objectives. In addition, in terms of storage technology. The demand for high-density, large capacity hard disk and high-density rewritable optical disc continues to grow, leading to changes in the application industry's demand for target products. Next, we will introduce the main application fields of target materials and the development trend of target materials in these fields.
Vacuum coating is a method of heating and evaporating metallic or non-metallic materials in high vacuum air to form a thin film on the surface of plated parts (metals, semiconductors or insulators).
Vacuum coating is an important aspect of vacuum application. It is a new technology based on vacuum technology, which uses physical or chemical methods to absorb electron beam, molecular beam, ion beam, plasma beam, radio frequency and magnetic control to provide scientific research and practical production. In short, the method of depositing or depositing metal, alloy or compound in vacuum is carried out on the coated object (substrate, substrate or substrate), which is called vacuum coating.

Main advantages
Low density high specification strength
Custom request customization
Excellent corrosion resistance
Good heat resistance
Excellent low temperature performance
Good thermal properties
Low elastic modulus