The material designations and standards that relate to the manufacture and production of coppers and copper alloys within the UK and Europe are designed, maintained and published by a number of bodies: British Standards Institute (BSI), European Committee for Standardisation (CEN) and the Ministry of Defence (MoD). BSI is a member of CEN, and European Standards developed by CEN are published by BSI in the UK as BS EN.
BS EN for coppers and copper alloys have been developed to meet the needs of industry and they cover the most commonly available alloys within Europe. There are around 200 coppers and copper alloys within these standards and information on individual materials can be found in this section of the website.
The other standards commonly utilised in the UK are the Aerospace series, published by BSI, (BS B) and the Ministry of Defence Naval standards (Def Stan). The materials specified in these standards have more exacting requirements and have been developed for applications where strength and corrosion requirements can be more critical than those of the BS EN materials.
The tables in this section show the most commonly available BS EN coppers and copper alloys, their compositions, typical properties and uses, and applicable standards. It also provides details of the BS B and Def Stan and the copper-based materials approved for contact with drinking water.
For complete information on any material, the appropriate standard should be consulted.
Information Tables Index
|Updated Mar 2019||BS EN and BS standards comparison for copper and copper alloys|
|Updated Mar 2019||Test methods for copper and copper alloys|
|Updated Mar 2019||Wrought and unwrought coppers—BS EN material designations and old BS equivalents|
|Updated Mar 2019||Wrought copper alloys—BS EN material designations and old BS equivalents|
|Updated Mar 2019||Copper and copper alloy ingots and castings—BS EN 1982 and comparison with BS1400|
|New Mar 2019||Copper and copper alloys in contact with drinking water|
|New Mar 2019||British Standards aerospace series|
|New Mar 2019||Def Stan—Defence Standards|
|Table No.||BS EN Coppers and Copper Alloys|
|Table 6a||Unwrought and wrought coppers—compositions, uses, properties|
|Table 6b||Unwrought and wrought coppers—relevant standards|
|Table 7||BS EN 1982 copper and copper alloy ingots and castings|
|Table 8||Wrought low-alloyed copper alloys—compositions, uses, properties|
|Table 9||Wrought copper-aluminium, copper-nickel and copper-nickel-zinc alloys|
|Table 10||Wrought copper-zinc and copper-tin binary alloys|
|Table 11||Wrought copper-zinc-lead alloys (leaded brasses)|
|Table 12a||Wrought, complex, copper-zinc alloys (special brasses)|
|Table 12b||Wrought, complex, copper-zinc alloys (special brasses)—relevant standards|
|Table 13||Copper and copper alloys for welding and braze welding (BS EN 13347)|
|Brass Semi-finished Products|
|Table 14||Brass rods and sections—compositions, uses and typical properties|
|Table 15||Brass forgings, stampings and hot pressings—compositions, uses, properties|
|Table 16||Brass sheet, strip and plate—compositions, uses, properties|
|Table 17||Brass tubes—compositions, uses, properties|
|Table 18||Brass wire—compositions, uses, properties|