EN AW1050A
perforated sheet
 Form perforated sheet
 Material Aluminum
 Material EN AW1050A
 Material chemically EN 5733 Al99,5
 DIN 3.0255
BIKAR Metals companies
Deepdrawing, spinning and sheet metal formed parts
Parts with decorative surface
Automotive parts
Coverings in machine and plant construction
Food industry
Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 
special anodising quality EQ  1 
Normal atmosphere  2 
Seawater atmosphere  2 
suitable according to DIN EN 602  Yes 
Bending  1 
Deep drawing (conditional)  1 
Deep drawing conditions  H14 
Drop forging  1 
Extruding  1 
Impact extrusion  1 
Press  1 
Upsetting (Conditional)  1 
Upsetting conditions  H12 
Heating time max.  2 h 
Heating time min.  0.5 h 
Annealing temperature max.  350 °C 
Annealing temperature min.  320 °C 
Cooling conditions  uncontrolled 
cold worked  3 
dimensional stability  1 
Eroding  1 
soft annealed  4 
Colorcode  Signalschwarz (RAL 9004), Verkehrsrot (RAL 3020) 
Material chemically EN 5733  Al99,5 
DIN  3.0255 
DIN (old designation)  Al99,5 
France AFNOR  A5 
Italy UNI  9001/2 
Norway  17,010 
Spain  L3051 
Sweden  144,007 
United Kingdom BS  1B 
Polishing  1 
Painting / Coating  1 
Coefficient of thermal expansion from 20 to 100°C  23.5 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 200°C  24.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 20 to 300°C  25.4 K⁻¹10⁻⁶ 
Coefficient of thermal expansion from 50 to 20°C  21.7 K⁻¹10⁻⁶ 
Density  2.7 g/cm³ 
Electrical conductivity max.  36 m/Ω*mm² 
Electrical conductivity min.  34 m/Ω*mm² 
Modulus of elasticity  69 GPa 
Shear modulus  25.9 GPa 
Specific heat  900 J/(kg·K) 
Thermal conductivity max.  220 W/m*K 
Thermal conductivity min.  210 W/m*K 
Brazing  1 
Brazing with flux  1 
Friction soldering  1 
Soft soldering with flux  1 
Gas  2 
MIG  2 
Resistance spot welding  4 
TIG  2 
welding additives 

Aviation  No 
Cu (to)  0.05 
Fe (to)  0.4 
Mg (to)  0.05 
Mn (to)  0.05 
Other  0,03 
Rest  Aluminium 
Si (to)  0.25 
Ti (to)  0.05 
Zn (to)  0.07 
a) Includes all listed elements for which no limits are specified. b) The sum of these "Other Additions" whose mass fraction is individually 0.010% or more is expressed with two decimal places before the summation. (c) For unalloyed aluminum not produced by refining, the aluminum mass fraction is the difference between 100.00% and the sum of all other metallic elements present in the order of 0.010% or more by mass individually, with two decimal places before summation.
Anodise  decorative  2 
Anodising  protective anodising  1 