G.AL® 7075GF

High Strength , Precision Machined Rolled Plate

Alloy EN AW 7075 [AlZn5,5MgCu]
Type of Alloy heat treatable
Temper T651
Surface two surfaces precision milled, roughness Ra 0.4 µm, foiled on both sides

In certain applications, the use of higher-strength cast plates is not sufficient; high-strength rolled plates must be used. However, the problem with rolled plates is the wide toleration of thickness and flatness, which results in extremely complex processing. Precision rolled plate G.AL® 7075GF from alloy EN AW 7075 (AlZn5.5MgCu), finely milled on both sides and covered with protective foil, provides users with a semi-finished product which drastically reduces the time required for machining.

Special features

  • Very high strength
  • Narrow tolerances of thickness and flatness
  • Very good machinability
  • Very good hardness
  • Two sides precision machined surface


datasheet GAL 7075GF
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G.AL 7075GF Aluminum precision rolled plate for applications of the toolmaking


In, for example, cutting and stamping technology, G.AL® 7075GF is widely used for anvil caps and punch retainers.

G.AL 7075GF Aluminum precision rolled plate for the device construction and mechanical engineering

Device construction and mechanical engineering

Heavily-loaded transfer and coordinate plates can be made in very short amounts of time with G.AL® 7075GF.

G.AL 7075GF Aluminum precision rolled plate for applications of the packaging and printing industry

Packaging and printing industry

Base and support plates that are exposed to high stress due to structural or functional reasons are one of the many fields of application of G.AL® 7075GF.

G.AL 7075GF Aluminum precision rolled plate for applications of the automation technology

Automation technology

In automation, for example rotary indexing tables, can often be economically produced from this semi-finished product due to the uniform flatness of G.AL® 7075GF.

Expert Tip

If components show a very high degree of machining and they must be highly accurate, there can be a problem with warping when using rolled plates. This risk can be minimized if the processed component is subjected to stress relief annealing after the roughing operation at 140 ° C for 2 hours and only then is finished.

Wolf Nawratil, Technical Product Manager, GLEICH Aluminium
Wolf Nawratil, technical product manager, GLEICH Aluminium

Related Products

G.AL® C330

The higher-strength G.AL C330 precision machined plate can be used for a variety of applications wich require excellent dimensional stability.

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