ROYAL METALS Trading Co.Ltd

With its uniform high electrical conductivity, COPPER ROD ensures the highest possible efficiency in converting and transmitting electrical power and signals. The basis of these characteristic features of our rod is its high chemical purity, a result of usingcathodes that fulfill the LME Grade A standard.

Our rod has outstanding drawability, uniform recrystallization behavior and excellent surfaces, therefore fulfilling the requirements for use in advanced processing methods and applications.

ROYAL METALS COPPER ROD the preliminary product for sophisticated applications

ROYAL METALS COPPER RODis the ideal starting product for further processing and can be drawn or rolled into individual wires, braids, cable, enameled wire, flat wire and profiles.

The very good qualities of our rod ease our customers processing significantly. The uniformly high quality and purity mean that our rod is much sought after for demanding applications. Whether in electrical engineering, infrastructure, energy technology, automotive engineering or aviation:ROYAL METALS COPPERROD has gained an outstanding reputation in nearly all applications over the last decade.

In copper products, Royal Metals Trading Co. is dealing in,

1- Copper ingots 97%

2- Copper ingots 99%

3- Copper rod 99.99%

4-copper cathodes from primary raw material

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The basic material used for copper anodes is always high purity electrolytically refined cathode copper having a purity of more than 99, 98 %. Maximum impurities are given in the table alongside.

Our anodes are of excellent homogeneity, with grain sizes of approx. 0.1 - 0.5mm. Its fine grain structure ensures very even dissolution in the plating bath and thus a sound, uniformly dense cathode deposit.

In cooperation with our suppliers our quality has been developed as a special grade for use in acid copper sulphate baths. The material develops a typical adherent dark brown film during electrolysis, acting as a diaphragm and thus preventing the formation of sludge. The film is achieved by the addition of phosphorus, which is but one of the additives used.

Selection of the correct grade of anode depends on the precise specification.