How Do Molybdenum Rods Perform in a Vacuum Environment?

Molybdenum rods exhibit excellent performance in a vacuum environment and have the following characteristics:

High temperature stability: Molybdenum rods have a high melting point and excellent high temperature resistance, and can run stably for a long time in a high temperature environment. Its melting point reaches 2620 degrees Celsius, making molybdenum rods able to withstand high temperature conditions in a vacuum environment.

Low gas permeability: Molybdenum rods have good air tightness, which can effectively prevent gas penetration. In a vacuum environment, molybdenum rods can provide reliable sealing performance to prevent external gas from entering or internal gas from leaking.

Corrosion resistance: Molybdenum rods have high corrosion resistance to many chemical substances, and are not easily corroded by chemical substances in a vacuum environment. This enables molybdenum rods to operate stably for a long time in various chemical industry applications and corrosive environments.

Excellent thermal conductivity: Molybdenum rods have good thermal conductivity and can effectively conduct heat. In vacuum environments, molybdenum rods can be used in heat transfer and thermal management applications, such as heating elements or heat sinks.

Low volatility: Molybdenum rods have very low volatility in a vacuum environment and hardly produce volatile substances. This is very important for some applications sensitive to volatiles, such as optical thin film preparation or high vacuum equipment.

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