Shape:

Round wire, flat strip/flat wire, oven bars, rods

Classification:

1560，2030，2035，3070，2080

Nickel-chromium electric furnace wire

Nickel-chromium electric furnace wire is made of high quality nickel-chromium electric heating alloy wire, computer-controlled furnace wire power, winding molding by high-speed automatic winding machine.

Nickel-chromium electric furnace wire is an austenitic alloy material, characterized by high temperature resistance, fast temperature rise, long service life, stable resistance, small power deviation, uniform pitch after stretching, bright and clean surface, widely used in small electric furnaces, muffle furnaces, heating and air conditioning equipment, various types of ovens, electric heaters and household appliances, etc.. We can design and produce various non-standard industrial and civil furnaces according to the needs of users.

Characteristics of Nickel-Chromium Electric Furnace Wire:

①High strength at high temperature;

②The material will not become brittle when it is cooled down again after long-term use;

③The radiation rate of Ni-Ming alloy after sufficient oxidation is higher than that of FeCr-Al alloy;

④Non-magnetic;

⑤It has good corrosion resistance except for sulfur atmosphere.

Nickel-chromium resistance wire

Nickel-chromium resistance wire and strip with high purity, low impurities, stable resistivity, good surface oxidation resistance, corrosion resistance, higher high temperature strength and better processing performance and weldability, complete steel specifications. Widely used in industrial electric furnace, metallurgy, machinery, electrical appliances, aircraft, automobile manufacturing, military and other industries to make heating elements and resistance elements.

Supply state: oxidation color or bright soft state supply;

Nickel-chromium alloy grades: Cr20Ni80, Crl5Ni60, Cr20Ni30, Cr20Ni35, etc.

Advantages of Nichrome wire.

Nickel-chromium wire after a long period of use to make it cold down, it material will not become brittle; its high strength at high temperatures; non-magnetic; after full oxidation of nickel inscription alloy radiation rate is higher than that of iron-chromium aluminum alloy; in addition to sulfur atmosphere, it has better corrosion resistance.