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Industrial electrification is more accessible than ever—here’s how

Industrial electrification is transforming industries with renewable energy, advanced technologies, and collaborative efforts, despite some challenges.

Kanthal wins prestigious energy prize for electrification of industrial heating

Kanthal, a global leader in industrial heating technology, has won the prestigious industry award ‘E-prize’ in the category energy optimization for its technology that helps companies and industries to transform to a fossil-free production. Organized by Sweden's largest business newspaper,

The collective push empowering industrial electrification

Explore how diverse elements—from renewables to smart tech—are aligning to drive the electrification of industry.

Two webinars, one goal: Elevate your wind farm efficiency

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From agreements to action: Policies driving wind energy and electrification

Global policies and incentives are propelling wind energy and electrification forward, as nations work to cut carbon emissions and combat climate change.

ELROS project: Kanthal and Swerim’s push for sustainable steel

Kanthal and Swerim lead the ELROS project to electrify steel reheating, combining induction and resistance heating to reduce CO2 emissions in steel production.

Trailblazers in industrial electrification: Top 5 industries to watch

As industries pursue sustainable practices, electrification emerges as a powerful tool to cut emissions, reduce costs, and boost efficiency across sectors.

The global race to industrial electrification: Who’s leading?

Explore the top 10 countries leading industrial electrification, from Sweden to South Korea, driving a global shift toward a sustainable and efficient future.

Refractory Materials

Find high-quality refractory and insulation materials from RATH, designed for superior thermal performance and energy efficiency in industrial applications.

加热元件的选择能否提高熔炉的能效？

Kanthal 技术支持经理 Dean McCabe 说：“制造商可以做很多事情来提高加热元件的效率，但这并不总是可以节省炉内的能量。” “我们已经在实验室和野外进行了大量测试，以使我们的元件更高效，根据我们的经验，不同应用的节能水平可能有很大差异。” 传热和功率比 关于加热元件的一个关键考虑因素是元件热区（炉内部分）耗散的功率与冷端（穿过炉壁的部分）耗散的功率之比。 在某些元件中，该比率可高达 60:1。 但在其他元件中，该比率可能较低，从而导致较高百分比的元件功率耗散在元件的冷端部分。 McCabe 说：“若想制造出更节能的加热元件，就要尝试改变这个功率比。” “作为熔炉操作员，