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Thermocouple material for high-temperature applications
Thermocouple material includes wire, strip, and protection tubes for use at temperatures up to 1,260°C (2,300°F) in demanding industrial applications.
Electric heating elements
Kanthal offers a wide range of electric heating systems with the highest power density and reliability in temperature ranges up to 1,850°C. Discover our MoSi₂, SiC, and metallic elements for efficient industrial heating.
Kanthal® Super element grades
Kanthal® Super heating elements come in seven grades, each designed for specific applications and atmospheres. These MoSi₂ elements offer exceptional performance in high-temperature environments up to 1,850°C.
Wire
Kanthal offers FeCrAl, NiCr, NiFe, and CuNi alloys in round, flat, and shaped resistance heating and conductive wire for various applications.
High temperature and resistance materials
Kanthal offers high-temperature wire, strip, thermocouple, and construction materials for heating, sensing, and extreme thermal applications.
Nikrothal® TE nickel-chromium alloy
Nikrothal® TE is a cost-effective nickel-chromium alloy ideal for tubular element applications. It offers higher resistivity and significant savings compared to Nikrothal® 80.
List of FeCrAl alloys
Kanthal offers a wide range of iron-chromium-aluminium (FeCrAl) alloys in wire and ribbon forms. These alloys provide excellent resistance to oxidation and high temperatures, ideal for various industrial heating applications.
List of alloys
Kanthal offers a comprehensive list of resistance heating and resistance alloys in wire and ribbon forms, including FeCrAl, NiCr, CuNi, and NiFe alloys. Access detailed specifications and datasheets for each alloy.All products
The Kanthal program of heating technology products include, for example, heating elements and resistance heating wire and strip.
List of NiCr alloys
Kanthal offers a variety of nickel-chromium (NiCr) alloys in wire and ribbon forms. These alloys are ideal for resistance heating applications, providing high-temperature stability and durability.