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Performance of Tantalum Capillary in Extremely Hot or Cold Environments

The performance of Tantalum Capillary in extremely hot or cold environments is mainly reflected in its excellent physical and chemical properties:
Extremely hot environments
1. High melting point: Tantalum has a melting point of about 3017°C, which allows Tantalum capillary to maintain stability and integrity in extremely hot environments.
2. Heat resistance: Tantalum has excellent heat resistance and can maintain its structure and performance at high temperatures.
3. Low thermal expansion coefficient: Tantalum's low thermal expansion coefficient ensures that it maintains dimensional stability in high temperature environments.

Extremely cold environments
1. Low temperature resistance: Although Tantalum's performance in extremely hot environments is more prominent, its durability and stability in low temperature environments are also good. Tantalum's low temperature performance is mainly reflected in its mechanical strength and corrosion resistance, and it can maintain its structural integrity under low temperature conditions.
2. No chemical degradation: Tantalum has no chemical degradation at low temperatures, which means that it can also resist corrosion in extremely cold environments. In general, tantalum capillaries perform very well in extremely hot environments, while their stability and corrosion resistance remain good in extremely cold environments.