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Molybdenum electrode is widely used, mainly due to the following significant characteristics:

High-melting-point
Molybdenum has a melting point of up to 2623 degrees Celsius, second only to tungsten and rhenium, and can remain stable at high temperatures without softening or melting. This makes molybdenum electrodes ideal for industrial processes that require high-temperature operation, such as glass smelting and metal smelting.

Excellent electrical and thermal conductivity
Molybdenum has excellent electrical and thermal conductivity, which enables molybdenum electrodes to efficiently transmit electrical energy and heat energy. In the electronics and semiconductor industries, molybdenum electrodes are widely used in the manufacture of chips and other electronic components to ensure the stable conduction of current.

Corrosion resistance
Molybdenum shows good corrosion resistance in most acid and alkali environments, especially in strong acid and alkali environments. This makes molybdenum electrodes have important application prospects in the chemical industry, which can remain stable for a long time and reduce the frequency of replacement.

High strength and hardness
Molybdenum electrode has high strength and hardness, and can withstand high pressure and mechanical stress without deformation. This makes them excellent in machining and other applications that require high mechanical strength.