LF10 aluminum alloy is aluminum-magnesium rust-proof aluminum (5B05 has slightly higher magnesium content than 5A05), the strength is equivalent to 5A03, and heat treatment cannot be strengthened; the plasticity in the annealed state is high, and the plasticity is moderate during semi-cold hardening; welding with hydrogen atoms, spot Welding performance is good when welding, gas welding, argon arc welding; high corrosion resistance, poor machinability in annealed state, good machinability during semi-cold work hardening, anodizing is required when manufacturing rivets.
LF10 aluminum alloy
This entry lacks an overview map . Supplementing related content makes the entry more complete and can be upgraded quickly. Come on!
LF10 aluminum alloy is aluminum-magnesium rust-proof aluminum (5B05 has slightly higher magnesium content than 5A05), the strength is equivalent to 5A03, and heat treatment cannot be strengthened; the plasticity in the annealed state is high, and the plasticity is moderate during semi-cold hardening; welding with hydrogen atoms, spot Welding performance is good when welding, gas welding, argon arc welding; high corrosion resistance, poor machinability in annealed state, good machinability during semi-cold work hardening, anodizing is required when manufacturing rivets.
- Name
- LF10 aluminum alloy
- Material name
- 5B05
- Old name
- LF10
- Standard
- GB / T 3190-2008
chemical composition:
Silicon Si: 0.40
Iron Fe: 0.40
Copper Cu: 0.10
Manganese Mn: 0.20-0.6
Magnesium Mg: 4.7-5.7
Titanium Ti: 0.15
Silicon + Iron Si + Fe: 0.6
Al: balance
other:
Single: 0.05 Total: 0.10
Mechanical properties:
Shear strength (MPa): 157
Note: The heat treatment of wire does not strengthen the shear performance
heat treatment specifications:
Rapid annealing: heating 350 410 ; depending on the effective thickness of the material, holding time 30 120min; air or water cooling.
Status: Aluminum and aluminum alloy wire for rivets (HX8 state)
