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From breakthroughs to impact: Why the world needs Kanthal more than ever

Kanthal has shaped electric heating for decades. As industries shift, our expertise in electrification, thermal solutions, and high-temperature alloys is needed more than ever.

Design calculations

Accurate design calculations are critical for optimizing the performance and longevity of electric heating elements in both appliances and industrial furnaces. This section provides a comprehensive guide to calculating key parameters, including wire diameter, surface load, resistance, and coil

Webinars

Discover Kanthal® Webinars Explore our collection of expert-led, on-demand webinars on electric heating, resistance materials, and industrial solutions. Watch anytime and gain valuable insights to stay ahead in your industry. webinar

Globar® SG et SR

Les éléments chauffants en carbure de silicium Globar® SG et SR de Kanthal offrent une durabilité, une résistance à l'oxydation et une efficacité énergétique exceptionnelles dans les applications industrielles à haute température.

Globar® SD

Les éléments chauffants en carbure de silicium Globar® SD offrent une efficacité et une durabilité élevées pour les applications industrielles jusqu'à 1 600 °C (2 910 °F).

Globar® AS

Les éléments chauffants en carbure de silicium Globar® AS de Kanthal offrent une résistance mécanique inégalée, optimisée pour une utilisation cyclique et des conditions difficiles.

Universal Load Banks’ rise to the top: Powered by Kanthal alloys

Explore how Universal Load Banks builds reliable, high-tech solutions for critical industries, powered by Kanthal’s advanced electric resistance materials.

Why industrial heating must go electric. Now

Industrial heating is going electric. Learn how industries cut emissions, boost efficiency, and reduce costs with Kanthal’s advanced heating solutions.

Furnace-specific factors

Content: Operating life and maximum permissible temperature Furnace atmospheres Ceramic support materials Embedding compounds OPERATING LIFE AND MAXIMUM PERMISSIBLE TEMPERATURE When heated, resistance heating alloys form an oxide layer on their surface, which helps to prevent further oxidation

General factors and furnace-specific factors

Content: Operating life Corrosion resistance Operating life Element life is dependent on the alloy used, element temperature, element design, ambient atmosphere, heating cycle, type of element support, etc. When heated, resistance-heating alloys form an oxide layer on their surface, which

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