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How to form a coiled heating element
Are you curious to know how to make a coiled heating element, why nichrome is non-magnetic, or why the same heating wire can have different color? Welcome into our element workshop where we meet Stephen Smee and Kanthal material expert, Torbjörn Frankén who walk us through everything youKanthal and Rath announce strategic partnership to expand sustainable industrial heating technology offerings
Kanthal and Rath announces the signing of a strategic partnership to expand sustainable heating offerings in the market.
Miscellaneous conversion factors
Miscellaneous conversion factors To convert from To Multiply by BTU Kilo-calorie 0.25200 BTU Foot-pound 778.17 BTU Joules 1054.0 BTU Kilowatt-hour 0.00029307 Calorie Joule 4.1840 Centigrade Fahrenheit (1.8 x °C) + 32 Circular mil Square centimeter 0.000005067 Circular mil Square inch
Symbols, formulas and definitions
List of symbols Unit for calculations Symbol Meaning Metric Imperial Ac Surface area of heating conductor cm2 in2 b Width (ribbon or strip) mm in Ct Temperature factor (ratio of resistivity at operating temperature to resistivity at room temperature) d Wire diameter mm
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:Cassette con basso impatto ambientale, per un ridotto consumo energetico.
La linea di prodotti ESE di Kanthal permette una maggiore produttività grazie all'isolamento degli elementi riscaldanti che riduce la dispersione termica ed il consumo energetico.
Kanthal GmbH - Once again awarded the audit berufundfamilie certificate
Kanthal GmbH awarded the audit berundfamilie certificate for its sustainable human resources policy.
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
Furnaces & kilns
High temperature, custom furnaces and heating equipment for ceramic and glass applications with operating temperatures up to 1800°C (3272°F). To be able to withstand the high temperatures needed for ceramic & glass applications, Thermaltek custom furnaces and kilns feature a low thermal