Most manufacturers manufacture these titanium foils using raw materials provided by customers or existing resources at the plant. Windshields, lantern reflectors, extremely light pot LIDS, anything you can think of can be made from titanium foil Because titanium foil is resistant to corrosion, it can be thinner than other materials for specific uses in challenging environments, further reducing weight. Titanium foils are well suited for many medical applications due to their biocompatibility, including their non-allergenic properties and non-toxicity to living tissue.
Titanium foil has excellent corrosion resistance and will not be damaged by corrosive substances, such as pitting or cracking. You can use it indoors and outdoors; It will last for years. Because of this property, titanium foil is the best choice for seafood and construction. The strength of titanium is one of its most important advantages. Its strength matches that of steel, making it one of the strongest metals in the world. In addition, it has the best strength-to-density ratio of all metals. The strength of titanium makes it the best choice for many occupations. Titanium strips and foil are completely non-toxic to humans and animals; Therefore, it is mainly used for orthopedic surgery to repair or connect human bones.
Anodizing process is a traditional method to produce an oxide layer on the surface of titanium foil and its alloy by electrolytic oxidation. The oxide film formed by this technology is widely used in modern aerospace and biomedical fields because of its uniform color, corrosion resistance, high binding force, and good biocompatibility. In this process, titanium acts as the anode, and other metals, such as stainless steel, act as the cathode in the anodizing of titanium foils. The surface of the titanium alloy is oxidized to form an oxide film by electrochemical reaction with the help of a specific electrolyte. This layer of oxide film has a particular effect on light reflection and refraction, and the oxide film of various thicknesses presents a range of colors, while also providing protection. Therefore, it is an excellent decorative and wear-resistant layer, often used in construction, aviation, medical, and other industries.
