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Climate Conundrum: The time to act is now

Climate change and the transition to a low-carbon future are the greatest challenges facing the steel industry now and in the coming decades. Industry players are seeking to make the switch to more climate-smart steel production.

Kanthal expands production capacity in Germany to meet electrification demand

KANTHAL EXPANDS PRODUCTION CAPACITY IN GERMANY TO MEET ELECTRIFICATION DEMAND A growing demand for electrification within several industries like steel, solar and semiconductors makes Kanthal to expand its production site in Walldorf, Germany. The aim of the investment is to capture the growth

Kanthal presents the road towards fossil fuel-free heating processes at Thermprocess

How can electric heating decarbonize industrial heat treatment processes? At Thermprocess – the world’s biggest exhibition for innovative technologies for industrial thermoprocessing plants – Kanthal will showcase electric heating as a viable solution that industries can benefit from already

A decade in the making: Kanthal and Swerim’s electric gas heater

Together with the metals research institute Swerim, Kanthal has tested an electric gas heater for the last decade. The heater is aimed at numerous applications and industries, and both parties agree that a project like this can lead to significant benefits for these industries.

Join us at Thermprocess and start your electrification journey

Join us at Thermprocess The electrification of heating processes is a smart way to reduce CO2 emissions from your production, while improving both efficiency and the work environment. At Thermprocess, Kanthal will show that electric heating solutions are readily available today, also for high

How a new heating prototype could pave the way to greener energy

Paving the way for a greener energy, the latest Kanthal innovation within thermal energy storage systems involves sand and volcanic rocks.

Kanthal® or Nikrothal® for industrial furnaces?

There are two main types of electric resistance alloys. Nickel-chromium (e.g. 80 Ni, 20 Cr), called nichrome, was developed around the beginning of the 20th century and was soon used as a heating element material in industrial furnaces as well as in electric household appliances. In the