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Hydrogen, electric heating and the future of steel production

Is hydrogen the low hanging fruit that will solve the steel industry’s decarbonization challenges?

Join us at Green Steel World and start your electrification journey

The electrification of heating processes is a smart way to reduce CO2 emissions from your steel production, while improving both efficiency and the work environment. At Green Steel World, Kanthal will show you what you can already do today. Electrifying your furnace has never been easier As one

Kanthal launches 60 kW flow heater to meet higher power demands

Kanthal is adding a 60 kW heater to its range of flow heaters to meet demands for higher power in industries like aluminum and glass. The 60 kW Kanthal® Flow Heater is targeted mainly at the aluminum and glass industries, which typically have high power demands and use open flame torches in

Furnace products

Kanthal® furnace products include a wide variety of heating elements, tubes, heating modules and diffussion cassettes.

Superthal® X

Superthal® X heating panel for a working temperature of approximately 1600°C (2910°F). Thanks to its new design the elements are stable during operation, thus significantly prolonging the service life of the product.

Superthal® HT

Superthal® HT modules for high furnace temperatures up to 1675°C (3045°F). For vertical operation, are available in standard sizes or as specially designed heating packages.

Radiant tubes

Kanthal® APM and APMT FeCrAl alloy radiant tubes deliver superior thermal shock, carburization, and distortion resistance. Ideal for industrial heating, they ensure longer service life and higher power ratings.

Globar® HD Max

Globar® HD Max heating elements provide exceptional durability with thicker walls for improved corrosion resistance and longevity.

Superthal® flat panels

Superthal® flat panels heated by Kanthal® Super MoSi2 heating elements. Element dimension and configuration depending on demands.

Globar® Glass Seal

Kanthal's Globar® Glass Seal protects silicon carbide heating elements from corrosion, tripling their lifespan in challenging environments.