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High burner power
Kanthal® APM and APMT radiant tubes deliver high burner power, combining FeCrAl alloys for the burner leg with NiCr alloys for bends and returns.Globar® SiC heating elements
Globar® silicon carbide heating elements offer reliable, high-power heating for temperatures up to 1,625°C (2,927°F) in diverse industrial applications.
Kanthal® Super
Discover Kanthal® Super electric industrial heating elements, ideal for demanding applications, diverse environments, exceptional durability, adaptable design, and effective operation at temperatures up to 1,850ºC (3,360°F).
Kanthal® Super HT
Kanthal® Super HT is designed for a longer lifetime of small dimension elements in temperature cycling conditions. The maximum operating temperature is 1830°C (3330°F), and the element is suitable for furnace temperatures between 1500–1750°C (2730–3180°F) approximately.
Kanthal® Super RA
Kanthal® Super RA heating elements excel in high-temperature, reactive atmospheres, and nitrogen up to 1,700°C. They offer a longer life and better resistance to nitration and aggressive environments.
Element sizes and shapes
High-power electric molybdenum disilicide (MoSi2) heating elements for element temperatures up to 1850°C (3360°F). Kanthal Super MoSi2 heating elements are available as straight or bent elements in a wide range of shapes and sizes.
Kanthal® Super 1700, 1800 and 1900
Kanthal® Super 1700, 1800, 1900 combine metal and ceramic properties for high-temp use, offering conductivity and corrosion resistance.
Kanthal® Super NC
Kanthal® Super NC heating elements are designed for clean process heating in research and electronics industries. Operating up to 1,800°C, they feature reduced scaling, lower metal content, and higher bending strength.
Element accessories
The Kanthal program includes a wide range of element accessories for holding, connecting and assembling of MoSi2 heating elements. Examples are air nozzles, holders and contact straps.
Tubothal® heating elements
Tubothal® heating elements deliver superior power, efficiency, and durability, operating seamlessly at temperatures up to 1,100 °C (2,012 °F).