TZM alloy rod exhibited good performance stability in a vacuum environment. The stability in a vacuum environment is mainly affected by the following aspects:
Anti-evaporation performance: The temperature in the vacuum environment is high, and the TZM alloy has a high melting point, which can resist evaporation and volatilization loss at high temperature. This enables the TZM alloy rod to maintain its physical and chemical properties stably for a long time in a vacuum environment.
Oxidation resistance: The vacuum environment lacks oxygen and other oxidizing media, so TZM alloy rods are not prone to oxidation reactions in vacuum. This helps protect the surface of the alloy and reduces performance degradation due to oxidation.
Low gas interaction: The interaction with other gases is reduced in the vacuum environment, avoiding the pollution and chemical reaction of the gas on the alloy. This helps maintain the chemical purity and stability of the TZM alloy rod.
Due to these factors, TZM alloy rods are widely used in various applications in vacuum environments, such as vacuum furnaces, vacuum melting, aerospace devices, and nuclear energy equipment, etc. In a vacuum environment, TZM alloy rods can maintain their structural stability, mechanical properties and corrosion resistance, providing reliable performance.
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