Nichrome Conveyor Belt

Nichrome Conveyor Belt is corrosion resistant, and has a high melting point of about 1400 ºC (2552 ºF). Nichrome Conveyor Belt has very good resistance to oxidation at high temperatures. The ultimate tensile strength of Nichrome Conveyor Belt is 105,000 PSI (Pounds per Square Inch), yield strength is around 50,000 PSI, and modulus of elasticity is 31 x 106 PSI. Nichrome conveyor belt is widely used to process heat treatment for electronic parts and components.

Nichrome Conveyor Belts have many advantages, such as deformation ability, thermal stability, mechanical character, shockproof ability in thermal state and anti-oxidization. For heating, resistance Conveyor Belt must be stable in air when hot. Nichrome Conveyor Belt forms a protective layer of chromium oxide. Due to Nichrome Conveyor Belt's relatively high resistivity and resistance to oxidation at high temperatures,


Nichrome Conveyor Belt is widely used in heating elements, electric furnace heating and heat-treating processes in the chemical, mechanical, metallurgical and defense industries, such as electric ovens, toasters, vacuum coating, and inner components of vacuum valves. Typically, Nichrome Conveyor Belt is used to process heat treatment in electronic industry.

Nichrome Conveyor Belt is an ideal material, because it has relatively high resistance and forms an adherent layer of chromium oxide, when it is heated for the first time. Material beneath the Conveyor Belt will not oxidize, preventing the Conveyor Belt from breaking or burning out. So Nichrome Conveyor Belt is good for anti-corrosion and high resistant co-efficiency. So Nichrome Conveyor Belt is applicable for heat treatment, air-carbon furnace, chemical industry, machinery, metallurgy.


Nichrome Conveyor Belt's metallurgical structure confers them a very good plasticity when cold. Resistance to oxidation (they are not sensitive to aggressions of humid air). Low embrittlement at high temperature Good plasticity Easier to give them a shape compared with FeCrAl (lower mechanical characteristics allow indeed a good control of elasticity of the product during shaping (coiling, folding, drawing). Good resistance to creeping (more important than ferritic alloys) which is important during conception of a resistance presenting big heights of waves. Maximal temperature recommended in the furnace: 1922 / 2012oF in order to obtain a reasonable life time of the elements.

Ni20Cr80:
Material property Value Units
Magnetic Attraction None
Modulus of elasticity 2.2 × 1011 Pa
Specific gravity 8.4 None
Density 8400 kg/m3
Melting point 1400 °C
Electrical resistivity at room temperature 1.0 × 10−6 to 1.5 × 10−6 Ωm
Specific heat 450 Jkg−1°C−1
Thermal conductivity 11.3 Wm−1°C−1
Thermal expansion (20oC to 100oC) 14 × 10−6 °C−1
Temperature Coefficient of Resistivity (25oC to 100oC) 100 ppm/oC
Standard ambient temperature and pressure used unless otherwise noted.


Product Description: The product produced by us is of good quality and is priced reasonably.
Competitive price: The labor cost and cost on procuring the raw materials is low and hence the manufacturing cost is reasonable. We provide high facility in short producing cycle and have strong adaptive capacity in producing variation of products.
High quality assured: The work done by us has a good command of advanced technological process in the respect of smelting, rolling, drawing and heat treatment up to finished products. The chemical analysis department, the physical testing department and the quality control department all operate an all-round monitoring of our products from raw materials to final products.