Performance of Thermally Sprayed Metallic Titanium Powder
Release date:
2025-11-10
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Thermal spraying of metallic titanium powder is highly favored due to its outstanding high transfer efficiency. High transfer efficiency means that during the spraying process, titanium powder can adhere more effectively to the substrate surface, forming a uniform, dense coating with strong bonding strength. This not only significantly boosts spraying efficiency and reduces production costs but also dramatically enhances the quality and performance of the coating. For military supersonic aircraft, coatings made from titanium powder with high transfer efficiency can effectively withstand the extreme conditions encountered during high-speed flight—such as intense heat, high pressure, and severe corrosion—thereby extending the service life of aircraft structural components and ensuring flight safety. In the medical field, this same characteristic is equally critical, as it guarantees the uniformity and stability of surface coatings on artificial joints and medical devices, ultimately improving patient comfort and accelerating recovery outcomes. Meanwhile, in the consumer cookware industry, titanium powder coatings with high transfer efficiency impart superior corrosion and wear resistance to cooking utensils, making them more durable while effectively preventing the leaching of harmful substances, thus safeguarding users' dietary health. As a result, thermal spraying of metallic titanium powder, with its unparalleled high transfer efficiency, has demonstrated broad application potential and immense market opportunities across multiple sectors.
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