It is nothing but the ETP, Electrolytic Tough Pitch, Copper misspelled as Electrolytic Copper!
what is the chemical composition ec grade copper which is 99.97 pure
It is nothing but the ETP, Electrolytic Tough Pitch, Copper misspelled as Electrolytic Copper!
The EC grade aluminum rod refers to the electrical conductor grade aluminum rod that is commonly used in electrical and electronic applications due to its high conductivity. The term EC is an abbreviation for "Electrical Conductor." To calculate the mean or average of the EC content in EC grade aluminum rod, we need to know the composition of the rod, specifically the percentage of EC in the material. This information can be obtained from the manufacturer or supplier of the aluminum rod. Once the EC content is determined, calculating the mean would involve adding up the values for each sample and dividing by the total number of samples. However, it's important to note that EC grade aluminum rod typically has a minimum purity level of 99.45% or higher, which means the variation in EC content between different samples may be minimal. Without knowing the specific percentage of EC content in the EC grade aluminum rod, it's not possible to calculate the mean. However, it's safe to assume that the variation in EC content between different samples is likely to be minimal due to the high purity level of the material.
Low-grade copper ore contains a small amount of copper (1% or lower) and a big amount of waste rock. The problem with low-grade copper is that it breaks down and melts more easily than copper ore.
Copper with a purity of 99,99 %.
Copper rich ores contain Relatively large amount of copper. Copper obtained from rich ores is from better quality than low-grade ores. A low-grade ore doesn't contain very high proportion of valuable copper
Copper rich ores contain Relatively large amount of copper. Copper obtained from rich ores is from better quality than low-grade ores. A low-grade ore doesn't contain very high proportion of valuable copper
Copper is going anywhere from 2.10 for #1 copper and 2.00 for #2 copper.
This depends on the quality of copper; analytical grade copper is more expensive; but generally speaking the cost of 7 g copper is not significant.
No. Copper used in wiring would not qualify as laboratory-grade (pure). It would be far too expensive to manufacture and would not improve the conductivity enough to make a difference. Some copper wire is even plated. Laboratory-grade (pure) copper is a single substance, the element copper.
Underground I use K copper exclusively..
It is very hard and very expensive to remove the copper from that ore.