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Hot forging alloys |
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Nuance |
Feature |
Surface treatment |
Thermic treatment |
| Brass-Bronze |
CuZn40Pb2 – CW617N |
Hot forging brass - good hot forging and undercutting ability |
Easy polishing orsurface treatment like chroming, nickel plating, tinning |
|
| CuZn37Mn3Al2PbSi – CW713R |
High resistance brass - mecanical characteristic higher than hot forging brass |
|
|
| CuAl9Ni3Fe2 – CW304G |
copper aluminium - excellent performance at sea - good friction capacity - high mecanical caracteristic |
|
|
| Copper |
Cu-ETP – CW004A |
Electrotype copper - All electrical applications - Very good electrical and calorific conductor |
Silvering |
|
| CuCr1Zr - CW106C |
Chrome copper |
|
Quenching followed by anrevenue increases the mechanical properties and hardness |
| Cu Te |
Telllurium copper - All electrical applications |
|
|
| Aluminiums |
AlSi1MgMn - EN AW – 6082 |
Light metal, good electrical and calorific conductor - resistance pieces - 100% recyclable |
anodisation increases corrosion resistance |
Quenching increases the mechanical properties and hardness |
| AlCu4MgSi - EN AW 2017A |
Light metal, good electrical and calorific conductor - resistance pieces - 100% recyclable |
anodisation increases corrosion resistance |
Quenching increases the mechanical properties and hardness |
| AlCu2Mg1.5Ni - EN AW 2618A |
Light metal, good electrical and calorific conductor - Aeronotic alloy - 100% recyclable |
anodisation increases corrosion resistance |
LQuenching increases the mechanical properties and hardness |
| AlMg3 - EN AW – 5754 |
Light metal, good electrical and calorific conductor - resistance pieces - 100% recyclable |
anodisation increases corrosion resistance |
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