T2 Purple Copper Sheet 0.5mm Thick Metal Foil Strip 10~300mm Width Conductivity
Name:Purple Copper Strip
Material:Purple copper/red copper
Grade:T2
Product type: Electrolytic pure copper series
Thickness:0.1mm~1mm
Width:10mm~1000mm
Product composition:
Composition: copper Cu
Ag: 99.9% oxygen O residue
Conductivity ≥ 56ms/m
Tensile strength Mp ≥ 295
Density 89g/m
Characteristics of brass wire
1. High strength at low temperatures
2. Copper tubes have vertical solid corrosion resistance
3. Copper is economical
4. Copper is lightweight
5. Copper can change its shape
6. Copper is easy to connect
7. Copper is safe. No leakage, no combustion, no toxic gases, corrosion resistance 8. Environmental advantages The recycling of copper is good for environmental protection,
Good electrical conductivity, good extensibility, good flexibility, not easy to oxidize, etc..
Usage: wire and cable, electrical appliances, metal mesh, handicrafts, asbestos cloth, etc.
Material:Purple copper/red copper
Grade:T2
Product type: Electrolytic pure copper series
Thickness:0.1mm~1mm
Width:10mm~1000mm
Product composition:
Composition: copper Cu
Ag: 99.9% oxygen O residue
Conductivity ≥ 56ms/m
Tensile strength Mp ≥ 295
Density 89g/m
Characteristics of brass wire
1. High strength at low temperatures
2. Copper tubes have vertical solid corrosion resistance
3. Copper is economical
4. Copper is lightweight
5. Copper can change its shape
6. Copper is easy to connect
7. Copper is safe. No leakage, no combustion, no toxic gases, corrosion resistance 8. Environmental advantages The recycling of copper is good for environmental protection,
Good electrical conductivity, good extensibility, good flexibility, not easy to oxidize, etc..
Usage: wire and cable, electrical appliances, metal mesh, handicrafts, asbestos cloth, etc.
**Uses of Purple Copper Strip**
Copper is much more widely used than pure iron, with 50% of copper being electrolytically purified to pure copper each year. It is used in the electrical industry. The copper mentioned here should be very pure indeed, containing more than 99.95% copper. Less impurities, especially phosphorus, arsenic and aluminium, will greatly reduce the electrical conductivity of copper. Copper containing oxygen (copper refining is easy to mix into the lesser oxygen has a great impact on the electrical conductivity, copper used in the electrical industry must generally be oxygen-free copper. In addition. Lead, antimony, bismuth and other impurities will make the crystallization of copper can not be combined together, resulting in thermal embrittlement, but also Jing Zhi Postun copper processing. This very pure copper is generally refined by electrolysis: impure copper (i.e. crude copper) is used as the anode and pure copper as the cathode, with copper sulphate solution as the electrolyte. When the current is passed, the impure copper on the anode gradually melts and the pure copper gradually precipitates on the cathode. The copper thus refined can be 99.99% pure. Copper is a relatively pure copper, generally can be approximated as pure copper, conductivity, plasticity are better, but the strength, hardness is less.
Copper is much more widely used than pure iron, with 50% of copper being electrolytically purified to pure copper each year. It is used in the electrical industry. The copper mentioned here should be very pure indeed, containing more than 99.95% copper. Less impurities, especially phosphorus, arsenic and aluminium, will greatly reduce the electrical conductivity of copper. Copper containing oxygen (copper refining is easy to mix into the lesser oxygen has a great impact on the electrical conductivity, copper used in the electrical industry must generally be oxygen-free copper. In addition. Lead, antimony, bismuth and other impurities will make the crystallization of copper can not be combined together, resulting in thermal embrittlement, but also Jing Zhi Postun copper processing. This very pure copper is generally refined by electrolysis: impure copper (i.e. crude copper) is used as the anode and pure copper as the cathode, with copper sulphate solution as the electrolyte. When the current is passed, the impure copper on the anode gradually melts and the pure copper gradually precipitates on the cathode. The copper thus refined can be 99.99% pure. Copper is a relatively pure copper, generally can be approximated as pure copper, conductivity, plasticity are better, but the strength, hardness is less.
Advance notice:
Due to the special nature of the purple copper material, it is a semi-finished product, so the surface is inevitably slightly scarred or scuffed. After the buyer's request to cut, such as no quality problems, no refunds, please confirm the specifications and length before you place an order. Thank you for your understanding.
