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How Kanthal plans to uphold its leadership in electric industrial heating

Learn how Kanthal aims to sustain its leadership in electric industrial heating with innovation, digitalization, and a customer-centric approach.

新型 60 kw 流动加热器满足高功率需求

了解Kanthal的新型60 kW流量加热器，满足高功率需求。适用于铝和玻璃行业，提供卓越的温度控制和高效能。

Kanthal and Danieli announce strategic partnership

Kanthal, a world leader in electric industrial heating technology, and Danieli, a major global supplier of turnkey plants and equipment for the iron- and steel industry, have announced a strategic partnership to jointly scale up Kanthal’s demonstrated electric process gas direct-heating

The Smart Shift: Next-Level Braking for Wind Farms

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Best-in-class alloys for accurate and durable shunt performance

Discover Kanthal® alloys for shunt applications, engineered for precise, dependable, and long-lasting shunt performance.

Balancing the scales: Onshore and offshore wind energy pivotal in global expansion

Explore the pivotal roles of onshore and offshore wind energy in sustainable global expansion, featuring expert insights on technological advancements, operational strategies, and future trends in wind energy.

Feeling the heat

FEELING THE HEAT The ability to produce complex geometries and internal features has led many to believe that additive manufacturing will change the nature of advanced manufacturing. But as the industry moves from solely prototype manufacturing to production of ready-to-use parts, quite a few

What next for heat treatment technology?

WHAT'S NEXT FOR HEAT TREATMENT TECHNOLOGY? The growth of additive manufacturing is creating new challenges in the field of heat treatment technology and prompting a shift toward electrification and greater flexibility from heat treatment equipment. These changes are expected to affect heat

注重细节： 金属粘合剂喷射成形技术的优点

Höganäs 旗下的 Digital Metal 公司将粘合剂喷射成形技术的优势与 Höganäs 在金属粉末和烧结工艺方面的专业知识相结合，打造出了具有卓越精度和可重复性的世界一流 3D 金属打印系统。 Digital Metal 系统的工作原理是逐层构建零件，将粘合剂涂在打印盒内的每一层金属粉末上。 由于在执行工艺期间不会发生熔化，因此不需要支撑，盒内的周围粉末会为零件提供足够的支撑。 完成后，移除并重复使用所有松散的粉末，从而将浪费降至几乎为零。 然后将打印的零件送到烧结炉以增加密度并获得所需的材料特性。 由于打印和热处理是独立的工艺，每个工艺都可以根据所使用的特定材料进行优化。