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Globar® AS
KanthalのGlobar® AS シリコンカーバイトヒーティングエレメントは、比類のない機械的強度を提供し、繰り返しの使用や過酷な条件に最適化されています。
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.
Globar® SiC elements: Electric heating, perfected for every process
Kanthal’s Globar® silicon carbide (SiC) heating elements enable industries to electrify high-temperature processes with precision, efficiency, and sustainability.
Kanthal alloys: Tested, proven, and ready to stand the test of time
Kanthal’s electric heating alloys undergo rigorous testing, from bash tests to furnace trials, ensuring durability, efficiency, and reliability in extreme conditions.
High-temperature expertise: Kanthal advances 10 key industries
Discover how Kanthal’s electric heating solutions tackle critical challenges, improving efficiency and sustainability across 10 high-impact industries.
HYBRIT’s fossil-free steel revolution: Powered by Kanthal innovation
Find out how Kanthal powers HYBRIT's fossil-free steel journey with electric gas heaters, enabling hydrogen-based direct reduction.
ELECTRA project: Heidelberg Materials and Kanthal unite to electrify cement
Learn how the ELECTRA project, with Heidelberg Materials, Kanthal, and other partners, aims to create emission-free processes for the cement, lime, and pulp industries.
Semiconductors, sustainability, synergy: Kanthal and Centrotherm in action
Discover how Kanthal and Centrotherm's partnership drives innovation in semiconductor and photovoltaic manufacturing with high-performance solutions.
Electric resistance materials for braking resistors explained
Explore how Kanthal’s advanced electric resistance materials enhance braking resistor performance, ensuring durability and efficiency for wind energy systems.