Very good welding properties ,Very good corrosion resistance ,Very good anodising properties for EQ , Good formability
Good cold forming and limited hot forming from 750 to 850 degrees.,CuSn6 has good resistance to seawater, various agents and industrial atmospheres and is very good tarnish resistant
EN AW-6082
Good corrosion resistance , Good welding properties ,Curable alloy , Good machinability
Very good cold forming and good hot forming.,Copper-nickel alloys are among the most corrosion-resistant copper materials,Resistant to moisture, non-oxidising acids, alkalis and salt solutions, organic acids and dry gases such as oxygen, chlorine, hydrogen chloride, hydrogen fluoride, sulphur dioxide and carbon dioxide.
Precision milled or rough sawn aluminium cast plates ,Very good anodising properties ,Very good corrosion resistance, Low stress and dimensionally stable ,Good welding properties ,Very high electrical conductivity as well as thermal conductivity
Good cold forming and limited hot forming from 750 to 850 degrees.,CuSn6 has good resistance to seawater, various agents and industrial atmospheres and is very good tarnish resistant
Rolled plates: according to thickness stretched or compressed ,Optimised for high core strength and optimal dimensional stability for higher strengths ,Very good machinability
Very good machinability ,Excellent corrosion resistance ,Good welding properties, Low stress and dimensionally stable ,Improved anodising ability through optimised casting process and special homogenisation,Very good polishing ,Very fine-grained structure
Display, semiconductor and solar systems ,Improved anodising ability,Excellent corrosion resistance,Low stress and dimensionally stable,Good welding properties
Plates: according to thickness rolled, stretched, forged, compressed ,Very high strength values - for thick plates and also tool making, mould making and model making in the core area ,Very good machinability ,Very good welding properties ,Good corrosion resistance ,Size range up to a thickness of 700 mm