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Resistance Wire For Heating

Resistance Wire For Heating In recent years, the resistance wire mostly uses by iron-chromium aluminum alloy and nickel-chromium alloy. The maximum temperature of iron-chromium aluminum alloy has reached 1400℃. On the basis of the heating wire, electric heating rods, electric heating plates, electric heating plates and other electric heating elements have been developed for many years, but their essence is still made of an electric heating wire, and its working principle cannot be separated from electric heating.

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Product Description
Application
Quality
In recent years, the resistance wire mostly uses by iron-chromium aluminum alloy and nickel-chromium alloy. The maximum temperature of iron-chromium aluminum alloy has reached 1400℃. On the basis of the heating wire, electric heating rods, electric heating plates, electric heating plates and other electric heating elements have been developed for many years, but their essence is still made of an electric heating wire, and its working principle cannot be separated from electric heating.
HOT CORE Industry offers various resistance wire for heating demands. It is divided into different types of materials. The common types are FeCrAl-OCr25Al5, Nichrome-NICR8020/NICR9010, commonly referred to as Ni80; stainless steel-S31603, ie 316L, 0Cr17Ni14Mo2; NI200/Titanium thermal heating wire.
Product Specifications:
Model: Cr20Ni80
Main chemical composition: Cr20 Ai- Ni80 Fe≤1.0
Maximum operating temperature ℃: 1000
Resistivity Ω/m: 1.09+0.05
Melting point ℃: 1400
Magnetic: non-magnetic

Parameters:
Rated power W Rated voltage V Wire diameter MM Furnace wire outer diameter MM Furnace wire length (reference value MM Furnace wire weight G
300 220 0.25 3.9 175 1.9
500 220 0.35 4.0 275 4.3
600 220 0.40 4.0 345 6.1
800 220 0.45 4.7 450 11.1
1000 220 0.5 4.7 520 18.5
1200 220 0.60 5.0 525 28.5
1500 220 0.70 5.0 630 39.0
2000 220 0.80 5.5 700 57.9