Introduction of 6082 ALUMINIUM FORGED PART
The processing method of 6082 ALUMINIUM FORGED PART is to use square ingots to carry out rough and square forging, and after repeated forging, stretch and correct to form pre-processed free forgings. It belongs to aluminum-magnesium-silicon heat-treatable and strengthened alloy, which has good feasibility, weldability, corrosion resistance and oxidation resistance; T6 is a solid solution +. artificial aging heat treatment method, and its mechanical properties refer to the direction of the flow line. To meet the requirements of good machinability.
Chemical composition of 6082 ALUMINIUM FORGED PART
Si: 0.7ï½1.3;
Fe: 0.5;
Cu: 0.10;
Mn: 0.4ï½1.0;
Mg: 0.6ï½1.2;
Cr: 0.25;
Zn:0.20;
Ti: 0.10;
AL: Margin.
Performance of 6082 ALUMINIUM FORGED PART
Tensile strength: ≥310MPA
Yield strength: ≥260MPA
Elongation: ≥10%
The processing method of 6082 ALUMINIUM FORGED PART is to use square ingots to carry out rough and square forging, and after repeated forging, stretch and correct to form pre-processed free forgings. It belongs to aluminum-magnesium-silicon heat-treatable and strengthened alloy, which has good feasibility, weldability, corrosion resistance and oxidation resistance; T6 is a solid solution +. artificial aging heat treatment method, and its mechanical properties refer to the direction of the flow line. To meet the requirements of good machinability.
Chemical composition of 6082 ALUMINIUM FORGED PART
Si: 0.7ï½1.3;
Fe: 0.5;
Cu: 0.10;
Mn: 0.4ï½1.0;
Mg: 0.6ï½1.2;
Cr: 0.25;
Zn:0.20;
Ti: 0.10;
AL: Margin.
Performance of 6082 ALUMINIUM FORGED PART
Tensile strength: ≥310MPA
Yield strength: ≥260MPA
Elongation: ≥10%
