Titanium plates can have different surface states, depending on the requirements of production and processing and the needs of the application. The following is a detailed introduction to some common titanium plate surface states:
1. Hot-rolled surface: Hot rolling is a common method for manufacturing titanium plates. Hot-rolled plates usually have a rougher surface and require subsequent processing and surface treatment to meet specific needs.
2. Cold-rolled surface: Cold rolling is the rolling of titanium plates at room temperature to obtain a smoother and uniform surface quality. Cold-rolled plates usually have a smoother surface and are suitable for some applications that require higher surface quality.
3. Pickled surface: Pickling is a surface treatment method that can remove oxides, dirt, and poor surface layers on the titanium plate surface, thereby improving the appearance and corrosion resistance of titanium plates.
4. Polished surface: Polishing is the treatment of the titanium plate surface by mechanical or chemical methods to give it a highly smooth and reflective appearance. Polished surfaces are often used in applications that require a refined appearance.
5. Sandblasting surface: Sandblasting is to obtain a uniform rough surface by spraying sand on the surface of the titanium plate to increase surface friction and wear resistance. This surface is usually used in some applications that require anti-slip or increased surface roughness.
6. Anodized surface: Anodizing is a surface treatment method that forms an oxide layer on the titanium plate surface to improve its corrosion resistance and hardness. This treatment is usually used in some specific electronic and chemical applications.
Each surface state has different characteristics and application areas. Choosing the appropriate titanium plate surface state depends on your specific needs, such as appearance, corrosion resistance, friction performance, and assembly requirements. Before purchasing a titanium plate, it is recommended to discuss your needs in detail with the material supplier or manufacturer to ensure that the most suitable surface state is selected.
