The Temperature Coefficient of Resistance for Copper (near room temperature) is 0.393% per degree Celsius (C)meaning that for every 1°C rise in temperature, the resistance increases by 0.393%. The relationship can be expressed in the formula: R = Rref[1 + α(T – Tref)] Where: Exampl...
In this way, the copper alloy low in the constant mass temp. coefficient of electric resistance can be obtd. At the time of using this copper alloy as the components of an electric circuit for automobiles and those used in the environment where the change of temp. is high, the ...
Temp Coefficient of Resistance at 20 ºC 0~40α×10-6/ºC Melting Point 1450ºC Tensile Strength(Hard) 585 Mpa(min) Tensile Strength,N/mm2 Annealed,Soft 390-535 Elongation 6~15% EMF vs Cu, μV/ºC (0~100ºC) 2(max) Micrographic Structure austenite Magnet...
Temp Coefficient of Resistance at 20 ºC 0~40α×10-6/ºC Melting Point 1450ºC Tensile Strength(Hard) 585 Mpa(min) Tensile Strength,N/mm2 Annealed,Soft 390-535 Elongation 6~15% EMF vs Cu, μV/ºC (0~100ºC) 2(max) Micrographic Structure austenite Magneti...
temperature coefficient of resistance <100 <120 <60 <57 <50 <38 <25 <16 <10 -0 <-6 tensile strength mpa >210 >220 >250 >270 >290 >310 >340 >350 >400 >400 >420 elongation >25 >25 >25 >25 >25...
These enameled resistance wires have been broadly used for standard resistors, automobile parts, winding resistors, etc. using the insulation processing best suited for these applications, taking full advantage of the distinctive features of enamel coating. Furthermore, we will...
JLC Mang series is of copper-nickel alloys that are used for electrical and controlled resistance applications. These alloys have very low temperature coefficient of resistance, and offer uniform electrical resistance over long periods of time.
Large amounts of copper slag are produced every year and major fractions of it are currently disposed, not withstanding the multiple ways the material can
Max Continuous Service Temp 400 ºC Resistivity at 20ºC 0.49 ± 5% ohm*mm2/m Density 8.9 g/cm3 Temperature Coefficient of Resistance < -6 ×10-6/ºC EMF VS Cu (0~100ºC) -43 μV/ºC Melting Point 1280 ºC Tensile Strength Min 420 Mpa Elongation Min 25% M...
Max Continuous Service Temp 400 ºC Resistivity at 20ºC 0.49 ± 5% ohm*mm2/m Density 8.9 g/cm3 Temperature Coefficient of Resistance < -6 ×10-6/ºC EMF VS Cu (0~100ºC) -43 μV/ºC Melting Point 1280 ºC Tensile Strength Min 420 Mpa Elongation Min...