Magnetic sputtering high pure titanium (TI) is a commonly used surface treatment technology. It forms a uniform and dense titanium film by forming a uniform and dense titanium film on the surface of the base material to provide multiple functions and applications. The following are some of the main uses of this technology:

1. Cortency resistance and antioxidant: Magnetic sputtering high -pure titanium technology can form a titanium membrane with excellent corrosion resistance, which effectively protects the corrosion of environmental factors such as chemicals, moisture, and gas. This is very important in many industries, such as aerospace, automobiles, medical devices and other fields.

2. Biocompatibility: High -purity titanium has excellent biocompatibility and can be well compatible with human tissue. By magnetic control sputtering high -pure titanium technology, titanium membranes can be applied to medical devices, artificial joints, implants and other medical fields to improve the human body's tolerance and acceptance of these materials.

3. Hard coating: Magnetic sputtering high -pure titanium technology can be used to prepare hard coating and increase the hardness and abrasion resistance of the material. These coatings are commonly used in parts and components such as cutting tools, molds, and blades to improve their service life and performance.

4. Optical application: High -purity titanium has good optical properties and has good absorption, reflection and transmission characteristics in radiation in the range of electromagnetic spectrum. Magnetic sputtering high -pure titanium technology can be applied to the preparation of optical film, used in various optical, display devices and other fields, such as solar cells, optical lenses, infrared sensors, etc.

All in all, the advanced institute's scientific and technological magnetic sputtering high -pure titanium is widely used, including providing corrosion resistance and antioxidant specialtability, enhanced biocompatibility, preparing hard coating, and application in the field of optical. Through this surface treatment technology, the performance and functions of materials can be improved and the needs of different fields can be improved.