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Riding the semiconductor boom with Kanthal’s electric heating solutions

Electric heating solutions for semiconductor manufacturing, including diffusion cassettes and high-temperature materials, supporting thermal processes in fabs and equipment production worldwide.

From DRI to finished steel: How Kanthal completes the decarbonization puzzle

Kanthal helps complete steel’s decarbonization puzzle with electric solutions for DRI gas heating and downstream processes.

How to select the right industrial heating element: MoSi₂, SiC, FeCrAl, NiCr

Select the right industrial heating element by comparing Kanthal® Super (MoSi2), Globar® SiC, and those made from Kanthal® FeCrAl and Nikrothal® NiCr alloys.

Kanthal eShop

Acesse seu portfólio personalizado de produtos Kanthal, histórico de pedidos, documentos e atualizações em tempo real 24 horas por dia, 7 dias por semana. Rápido, seguro e criado para o seu negócio.

EU’s Clean Industrial Deal sets a clear course for electrification of industrial heating

EU’s Clean Industrial Deal highlights electrified industrial heating as a key decarbonization pathway, reinforcing decades of development and expertise at Kanthal.

KTH meets Kanthal: Reflections from tomorrow’s engineers

Kanthal partners with KTH Royal Institute of Technology to train future engineers through hands-on learning, real challenges, and long-term collaboration.

Kanthal strengthens Sweden’s effort to put electrification on EU’s INCITE agenda

INCITE gives Sweden a key role in shaping EU rules for iron and steel, spotlighting electrification as a path to industrial decarbonization.

Fita

Conteúdo: Kanthal® A-1 Kanthal® AF Kanthal® APM Kanthal® APMT Kanthal® D Nikrothal® 80 Nikrothal® 70 Niktrothal® 60 Nikrothal® 40 Kanthal® A-1 Resistividade 1,45 Ω mm2/m Densidade 7.1 g/cm3 Para obter a resistividade na temperatura de trabalho,

Fio

Conteúdo: Kanthal® A-1 Kanthal® AF Kantal® APM Kanthal® APMT Kanthal® D Nikrothal® 80 Nikrothal® 70 Nikrothal® 60 Nikrothal® 40 Kanthal® A-1 Resistividade 1,45 Ω mm2/m Densidade 7,10 g/cm3 Para obter a resistividade na temperatura de trabalho,