Introduction of electric heating alloy wire mesh, infrared wire mesh, nickel-chromium alloy wire mesh, heating ring wire mesh, high temperature resistant wire mesh

Electrothermal alloy wire mesh is also known as infrared wire mesh, nickel-chromium alloy wire mesh, heating coil wire mesh, high temperature resistant wire mesh introduction
Electrothermal alloy, mainly has two series of nickel-chromium alloy and iron-chromium-aluminum alloy. The main types of nickel-chromium alloy wire are: Cr20Ni80, Cr30Ni70, Cr15Ni60, Cr20Ni30, Cr20Ni35, Cr25Ni20.
Nickel-chromium alloy has various specifications of wire, rod, strip
Round wire from Ф0.01mm-Ф8mm;
rod Ф9mm-20mm;
nickel-chromium electric belt: thickness 0.05mm-5mm×width 0.5mm-200mm.
Advantages of nickel-chromium heating wire: 1. High temperature strength. Nickel-chromium alloy wire has higher high temperature strength than iron-chromium-aluminum, so it is not easy to deform when used at high temperature, and there is a wide range of component layout options; 2. Its plasticity is still very good after long-term use, and it will not become brittle after cooling down after long-term use. Therefore, the heating element is more reliable to use and easy to repair after damage; 3. Non-magnetic. Nickel-chromium alloy is non-magnetic, which is more suitable for some instruments used at low temperatures. Iron-chromium-aluminum alloy must be above 600℃ to be non-magnetic; 4. Better corrosion resistance. Nickel-chromium alloy is generally more corrosion-resistant than unoxidized iron-chromium-aluminum alloy; 5. Easy to repair.
Disadvantages: Because it is made of relatively scarce nickel metal materials, the price of this series of products is up to several times higher than that of iron-chromium-aluminum, and the operating temperature is lower than that of iron-chromium-aluminum.
Electric heating alloys mainly include two series: nickel-chromium alloy and iron-chromium-aluminum alloy. The main types of iron-chromium-aluminum heating wires are: 0Cr25Al5, 0Cr21Al6, 0Cr21Al6Nb, 0Cr23AL5, 1Cr13AL4, 1Cr21AL4, 0Cr27Al7Mo2
. Iron-chromium-aluminum alloys have various specifications of wires, rods, and strips.
Round wires range from Ф0.2mm-Ф8mm;
rods Ф9mm-30mm;
heating strips: thickness 0.05mm-5mm* width 0.5mm-200mm.
Advantages of iron-chromium-aluminum heating wire: 1. The highest temperature resistance of iron-chromium-aluminum heating alloy OCr27Al7Mo2 can reach 1400℃ in high atmospheric temperature; 2. Long service life; 3. High surface load; 4. Good oxidation resistance; 5. Low specific gravity and high resistivity; 6. Good sulfur resistance; 7. Cheap price.
Disadvantages: Mainly low high temperature strength, with the increase of the use temperature, its plasticity increases, the component is easy to deform, difficult to bend and repair.
Main uses: civil electrical appliances such as hair dryers, rice cookers, etc., industrial heating wires such as various heat treatment furnaces, sealing machines, etc. Electric heating alloy wire mesh is also known as infrared wire mesh, nickel-chromium alloy wire mesh, heating coil wire mesh, high temperature resistant wire mesh introduction
Electrothermal alloy, mainly has two series of nickel-chromium alloy and iron-chromium-aluminum alloy. The main types of nickel-chromium alloy wires are: Cr20Ni80, Cr30Ni70, Cr15Ni60, Cr20Ni30, Cr20Ni35, Cr25Ni20.
Nickel-chromium alloy wires have various specifications of wires, rods, and strips.
Round wires range from Ф0.01mm-Ф8mm;
rods Ф9mm-20mm;
nickel-chromium heating tapes: thickness 0.05mm-5mm×width 0.5mm-200mm.
Advantages of nickel-chromium heating wires: 1. High-temperature strength Nickel-chromium alloy wires have higher high-temperature strength than iron-chromium-aluminum, are not easy to deform when used at high temperatures, and have a wide range of component layout options; 2. After long-term use, its plasticity is still very good, and it will not become brittle after cooling down after long-term use. Therefore, the heating element is more reliable to use and is easy to repair after damage; 3. Non-magnetic, nickel-chromium alloy is non-magnetic, which is more suitable for some instruments used at low temperatures. Iron-chromium-aluminum alloys are non-magnetic only when the temperature is above 600℃; 4. Better corrosion resistance. Nickel-chromium alloys are generally more corrosion-resistant than unoxidized iron-chromium-aluminum alloys; 5. Easy to repair.
Disadvantages: Since they are made of relatively scarce nickel metal materials, the price of this series of products is several times higher than that of iron-chromium-aluminum, and the operating temperature is lower than that of iron-chromium-aluminum.
There are two main series of electric heating alloys: nickel-chromium alloy and iron-chromium-aluminum alloy. The main types of iron-chromium-aluminum heating wires are: 0Cr25Al5, 0Cr21Al6, 0Cr21Al6Nb, 0Cr23AL5, 1Cr13AL4, 1Cr21AL4, 0Cr27Al7Mo2 .
Iron-chromium-aluminum alloys have various specifications of wires, rods, and strips.
Round wires range from Ф0.2mm-Ф8mm;
rods Ф9mm-30mm;
electric heating strips: thickness 0.05mm-5mm*width 0.5mm-200mm.
Advantages of iron-chromium-aluminum heating wires: 1. In high atmospheric temperatures, the highest temperature resistance of iron-chromium-aluminum electric heating alloy OCr27Al7Mo2 can reach 1400℃; 2. Long service life; 3. High surface load; 4. Good oxidation resistance; 5. Low specific gravity and high resistivity; 6. Good sulfur resistance; 7. Low price.
Disadvantages: Mainly low high temperature strength, with the increase of the use temperature, its plasticity increases, the components are easy to deform, difficult to bend and repair.
Main uses: civil electrical appliances such as hair dryers, rice cookers, etc., industrial heating wires such as various heat treatment furnaces, sealing machines, etc.