637ヒット

すべてのウェブサイト"全ページ" についての検索結果が 637 件見つかりました

Wind-powered electrification: An industrial revolution awaits

See how industrial electrification with wind energy drives decarbonization, boosts efficiency and paves the way to a sustainable future.

Choose wisely, because materials matter

Explore top electric resistance materials for wind farm braking resistors and learn to choose the ones that maximize efficiency and reliability.

Cuprothal®

Cuprothal® 熱電対用金属ストリップ Cuprothal® 熱電対帯材は、低い比抵抗を持つオーステナイト系銅ニッケル合金(CuNi合金)です。E、J、T、およびKCB(VX)タイプの熱電対および補償導線の負極導体として使用されます。Cuprothal® は20 Kまでの温度で使用でき、Seebeck係数は約8 μV/Kです。 熱電対タイプEは、一般的な熱電対の中で最も高い起電力を持っており、このために熱発電機(熱電堆)で使用されます。

Kanthal’s quest to decarbonize cement production with ELECTRA project

Discover Kanthal's role in the ELECTRA project, developing electric heating solutions to reduce CO2 emissions in the cement, lime, and pulp industries.

Five trends accelerating industrial electrification

Explore the key drivers behind the surge in industrial electrification, from sustainability and flexibility to innovation and policy support.

Built to last: Expert tips and advanced materials

Learn how to make your wind farm braking resistors last longer with expert tips on materials, design, maintenance, and more.

How to operate a Kanthal® Flow Heater

Step into our T&I lab in Walldorf, Germany, for an in-depth tutorial on operating a Kanthal® Flow Heater. This advanced heating solution can achieve the highest outlet temperatures on the market—up to 1,100°C (2,012°F). In this video, our resident expert Lukas Wehmeyer provides

How to replace a Fibrothal® heating module

Kanthal’s Fibrothal® heating modules have been a pivotal component of industrial heating since the 1970s. As industries transition towards electrifying large-scale heating applications, Fibrothal® remains indispensable. In this instructional video, expert Marcus Eckhardt will guide you

NiMn2

NiMn2 NiMn2は1000°Cまでの温度で使用できるニッケル/マンガン鋼種です。 この鋼種は電気的抵抗の終端部に使用されます。 純ニッケルにMnが添加されることにより、延性をあまり減らすことなく、高温時における硫黄耐性が大幅に向上し、強度と硬度も向上しています。

ページに進む, 1, , 8, 9, 10, 11(このページ), 12, 13, 14, , 64