EVERYTHING with tradition
Delivery program

Your contact at BIKAR

BIKAR Metals companies

Back to homepage

Your contact at BIKAR

Delivery program

EN AW-3003

tube - round as bar

A technical illustration of the product with dimensions of the material EN AW-3003 from the material Aluminum in the shape tube - round as bar
  • Form tube - round as bar
  • Material Aluminum
  • Material EN AW-3003
  • Material chemically EN 573-3 AlMnCu
  • DIN 3.0517
An image of the material EN AW-3003 from the material Aluminum in the shape tube - round as bar
A technical illustration of the product of the material EN AW-3003 from the material Aluminum in the shape tube - round as bar

Features of this material

  • Very suitable for use in the food industry
  • Best suitability for low temperature range
  • Very good resistance to atmospheric corrosion and seawater (weathering)
  • Very good formability in the "O" condition
  • Very well suited for welding with all welding processes

Information about the material

  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2
  • Aviation
    Aviation No
  • Chemical specifications
    Be (from) 0
    Be (to) 0
    Co (from) 0
    Co (to) 0
    Cu (from) 0,05
    Cu (to) 0,2
    Fe (to) 0,7
    Mn (from) 1
    Mn (to) 1,5
    Other max. 0,05
    Rest Al
    Si (to) 0,6
    Total max. 0,15 a) b)
    Zn (to) 0,1
  • Corrosion resistance
    Normal atmosphere 1,5
    Seawater atmosphere 2
  • Cutting
    Laser cutting 2
    Plasma cutting 2
    Sawing 4
    Shear cutting 2
    Waterjet cutting 1
  • Food industry
    suitable according to DIN EN 602 No
  • Forming
    Bending 1
    Deep drawing (conditional) 1
    Extruding 2
    Impact extrusion 1
    Press 1
    Upsetting (Conditional) 1
  • Heat treatment - Softannealing
    Heating time max. 6 h
    Heating time min. 3 h
    Annealing temperature max. 450 °C
    Annealing temperature min. 350 °C
  • Material
    Material chemically EN 573-3 AlMnCu
    DIN 3,0517
    DIN (old designation) AlMnCu
    France AFNOR NF-A-M1
    Italy UNI 9003/1 [P-AlMn1,2Cu]
    Spain L-3810 [Al-1MnCu]
    United Kingdom BS BS-N3
  • physical properties
    Coefficient of thermal expansion from 20 to 100°C 23.2 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 200°C 24.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from 20 to 300°C 25.1 K⁻¹10⁻⁶
    Coefficient of thermal expansion from -50 to 20°C 21.5 K⁻¹10⁻⁶
    Density 2.73 g/cm³
    Electrical conductivity max. 29 m/Ω*mm²
    Electrical conductivity min. 23 m/Ω*mm²
    Specific heat 893 J/(kg·K)
    Thermal conductivity max. 200 W/m*K
    Thermal conductivity min. 160 W/m*K
  • Soldering
    Brazing 2
    Brazing with flux 2
    Soft soldering 2
    Soft soldering with flux 2
  • Welding
    Friction stir welding 2
    Friction welding 2
    Laser 2
    MIG 2
    Plasma 2
    Resistance spot welding 3
    TIG 2

1 very good
2 good
3 moderate
4 poor
5 unsuited
0 Not specified

More questions about BIKAR?

Information about BIKAR, our product range and our service can be found here:

ABOUT OUR COMPANY