Resistance wire Cr23Al5 heating wire 1.4765 Styrofoam cutting wire 1-500 meters (length : 1 Meter, diameter : 0.7mm)

Please note: The heating wire is typically supplied on a spool, but in some cases, it may come as a coil (ring) without a spool. If you specifically require a spool, please check with us before placing your order.If you need a different grade or size of steel wire, feel free to contact us—our team will be happy to provide you with a quote from our in-stock or delivery program.Key details: - No production time: item is in stock and ready for shipping. - Order preparation: 2-3 business days. - Delivery time: depends on your chosen parcel service (see FAQ for details).Our heating wire is made from ferritic stainless steel, which is highly resistant to heat and oxidation. The wire is produced from a heating conductor alloy of iron, chromium, and aluminum, providing excellent performance at high temperatures.You can conveniently purchase heating wire from our online store anytime. With Evek GmbH, you benefit from competitive prices and reliable service.Product features: - Outstanding heat resistance up to 1400°C - Long lifespan - Resistant to oxidizing sulphurous gasesCommon alloy types include: - Type A1: 72.2% Fe, 22% Cr, 5.8% Al; usable up to 1400°C - Type A: 72.7% Fe, 22% Cr, 5.3% Al; usable up to 1350°C - Type D: 73.2% Fe, 22% Cr, 4.8% Al; usable up to 1300°CNote that the maximum usable temperature may vary depending on wire diameter and coil length.Typical applications: - Household appliances (ovens, hotplates, washing machines, dishwashers, kettles, hair dryers, boilers, fan heaters) - Heating cables and elements for defrosting systems - Mica heating elements for irons - Industrial infrared dryers - Electric underfloor heatingMain advantages: - Excellent heat resistance (up to 1400°C) - Good corrosion resistance - Long operational life - Low oxidation tendencyEvek GmbH is your reliable supplier of high-quality heating wire at fair prices. Technical specifications for Fe-Cr-Al alloy wires are available in the tables above.