Application cases of tungsten alloy plates in the chemical industry

In the chemical industry, tungsten alloy plates have a variety of application cases due to their excellent 

physical and chemical properties. The following are some common application cases of tungsten alloy 

plates in the chemical industry:

Reactor and catalyst support. Tungsten alloy plates can be used to manufacture chemical reactors and 

catalyst support materials. Because tungsten alloy has high temperature resistance, corrosion resistance 

and good mechanical properties, it can withstand high pressure, high temperature and corrosive media 

under extreme working conditions, thereby increasing the stability and life of the reactor and catalyst.

Pipe and vessel lining materials. Tungsten alloy plates can be used as lining materials for chemical 

pipelines and containers to resist erosion by corrosive media. Tungsten alloy has excellent corrosion 

resistance and can operate stably in severely corrosive environments such as acid-base media, oxides 

and salt solutions, protecting the integrity and safety of pipelines and containers.

Valves and Seals. Tungsten alloy plates can be used to manufacture chemical valves and seals, with 

excellent wear resistance and corrosion resistance. These valves and seals can work normally under the 

conditions of high pressure, high flow rate and corrosive media, and maintain reliable sealing, ensuring 

the safety and stability of the chemical process.

Electrolyzers and electrodes. Tungsten alloy plates are widely used in chemical electrolysis cells and 

electrodes. Tungsten alloy has excellent electrical conductivity and corrosion resistance, can withstand 

high currents and corrosive electrolytes, and is used in chemical reaction processes such as 

electroplating, electrolysis and electrochemical synthesis.

Heaters and heat exchangers. Tungsten alloy plates can be used to make high-temperature heaters 

and heat exchangers for heating and cooling in chemical processes. Tungsten alloy has a high melting 

point and good thermal conductivity, which can provide stable heating and efficient heat exchange in 

high temperature environments, improving the efficiency and energy utilization of chemical processes.