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Titanium Alloy Micro-Arc Oxidation

The Type II oxidation of titanium alloys currently used in the medical industry is in fact a form of titanium alloy micro-arc oxidation, which originated from applications in the aerospace field. Its main advantages include increased fatigue strength, improved wear resistance, enhanced self-lubricating capability, strong corrosion resistance, and improved biocompatibility. Given these excellent properties, its use in the medical device industry should bring many benefits whether for human implants or surgical instruments and tools.

Tenta Aluminum currently uses Type II oxidation based on an alkaline solution system. After oxidation, apart from the base material, only small amounts of Na and Si elements are introduced. The product fully complies with the requirements of YY/T 1615-2018, with stable production and reliable quality, providing more options for customers with high-performance requirements.
  • Detailed Description

The Type II oxidation of titanium alloys currently used in the medical industry is in fact a form of titanium alloy micro-arc oxidation, which originated from applications in the aerospace field. Its main advantages include increased fatigue strength, improved wear resistance, enhanced self-lubricating capability, strong corrosion resistance, and improved biocompatibility. Given these excellent properties, its use in the medical device industry should bring many benefits whether for human implants or surgical instruments and tools.

Tenta Aluminum currently uses Type II oxidation based on an alkaline solution system. After oxidation, apart from the base material, only small amounts of Na and Si elements are introduced. The product fully complies with the requirements of YY/T 1615-2018, with stable production and reliable quality, providing more options for customers with high-performance requirements.