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Wire

Content: Kanthal® A-1 Kanthal® AF Kantal® APM Kanthal® APMT Kanthal® D Nikrothal® 80 Nikrothal® 70 Nikrothal® 60 Nikrothal® 40 Kanthal® A-1 Resistivity 1.45 Ω mm2/m Density 7.10 g /cm3 To obtain resistivity at working temperature, multiply by factor

How to form a strip heating element

Welcome into our element workshop where we meet Stephen Smee and Kanthal material expert, Torbjörn Frankén. Together they walk us through how to form a Kanthal AF strip element, what to think about and what to watch out for. For more “How to” videos, follow our YouTube channel. In short:

Element support systems

Content: Wire: Spirals - free radiating Wire: Spirals Wire: Rob Wire: Loop Strip: Corrugated - free radiating Strip: Corrugated   USE OF CERAMIC SUPPORT MATERIALS The ceramics used in furnace construction significantly affect furnace life, operating properties, and thermal efficiency.

Elements in furnaces

For determining the dimensions and forms of industrial elements, the main factors are furnace temperature, furnace power (which depends on the load and the heating rate), available voltage, and the physical size of the furnace chamber. These are discussed below. Furnace temperature

Linda Widigsson about leadership and career choices

Linda Widigsson, Kanthals CFO, is on this year’s prestigious mining and steel industry list ”40 over 40”. The achievements are results of a career based on taking on fun and interesting roles.

Delivery forms - Kanthal®, Alkrothal® and Nikrothal®

To prevent transport damage, all goods are securely packed in either cardboard boxes or wooden cases, with appropriate internal protection. Resistance heating alloys are available in a variety of delivery forms, including wire spools, pails, coils, and strips, to cater to diverse

Kostensenkende Kassetten und ein geringerer CO2-Fußabdruck

Die ESE-Produktlinie von Kanthal bietet einen geringeren Wärmeverlust durch die Isolierung der Heizelemente für einen niedrigeren Energieverbrauch und eine höhere Produktivität.

Furnace systems for custom processes

Custom large-scale split shell high temperature heating systems for a variety of material processing applications, featuring typical operating temperatures up to 1200°C (2192°F). The rotary system’s modular design allows for fast adaptation to varied sizes, with typical sizes of 18 meter

Melters & holders

Customized electric furnace systems for melting, holding and transferring non ferrous alloys, including aluminum, magnesium, brass and tin, designed for long life and reliability. Typical temperature ranges are 1000-1300°C (1832-2372°F) but are application dependent. Specialty applications

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