Titanium Tube Target Titanium Gr2 ASTM B861-06 a 133OD*125ID*2940L Include Flange Titanium Rotary Target

The technological development trend of tube target is closely related to the development trend of film technology in downstream application industries. With the technological improvement of film products or components in application industries, target technology should also change accordingly. In addition, in recent years, flat panel display (FPD) has largely replaced the cathode ray tube (CRT) based computer monitor and TELEVISION market. Also, will greatly increase ITO target technology and market demand. In addition to the storage technology. The demand for high-density, high-capacity hard drives and high-density erasable CDS continues to increase. All of these lead to changes in the demand for target materials in the application industry. The main application fields of target materials and the development trend of target materials in these fields will be introduced respectively.
Vacuum coating refers to a method of forming a thin film by heating a metal or non-metallic material under high vacuum conditions so that it evaporates and condenses on the surface of a plated piece (metal, semiconductor or insulator).
Vacuum coating is an important aspect of vacuum application field, it is based on vacuum technology, using physical or chemical methods, and the absorption of electron beam, molecular beam, ion beam, ion beam, radio frequency and magnetic control and a series of new technologies, for scientific research and practical production to provide a new film preparation process. Simply put, the method of vaporizing or sputtering a metal, alloy or compound in a vacuum so that it solidifies and deposits on the coated object (called a substrate, a substrate or a matrix) is called vacuum coating.

Main advantages

1. Low Density and High Specification Strength
2. Customer request customization
3. Excellent Corrosion Resistance
4. Good Resistance to Effect of Heat
5. Excellent Bearing to Cryogenics Property
6. Good Thermal Properties
7. Low Modulus of Elasticity