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The alloys are classified and named according to the amount and type of the alloying metals . Given widespread applications across industries, selecting the right aluminum alloy type for a specific end-use is crucial. Just slight differences in chemical properties can drastically alter strength, workability, corrosion resistance, and electrical conductivity of the alloy.

Aluminum alloy  7075 is a heat-treatable aluminum alloy with zinc as the primary alloying element. It has moderated formability when in the fully soft, annealed temper and can be heat-treated to strength levels that are comparable to many steel alloys.

 7075 offers good stress-corrosion cracking resistance. Known as a mainstay in the aerospace industry since it was introduced, Aluminum 7075 brings moderate toughness as well as an excellent strength-to-weight ratio. It is also important to note that at sub-zero temperatures Aluminum 7075 increases in strength. When it comes to welding, resistance welding is preferred, while gas and arc welding should be avoided.

The Production of Aluminum Oxide is by first digesting Bauxite ore, containing a maximum of 55% alumina, in a hot sodium hydroxide solution. At temperatures of around 175°C, the aluminum dissolves and forms sodium aluminate. High-purity alumina is filtered from the compound, and the resulting solution is transitioned to a precipitator tank for cooling. As it cools, the solution becomes seeded with extremely fine-grained aluminum hydroxide (Al(OH)₃) crystals. These crystals are moved to a kiln for calcination at temperatures approaching 1,260°C, yielding aluminum oxide powder.

Aluminum Oxide is most significant use is in the production of aluminum metal, although it is also used as an abrasive due to its hardness and as a refractory material due to its high melting point.

High aluminum oxide refractories are a mainstay in petrochemical applications, particularly syngas reactors which have demanding thermochemical and thermomechanical process conditions. Another critical application of Al₂O₃ ceramics is in autothermal reforming (ATR).

The production of aluminum profiles typically involves a multi-stage process starting with raw aluminum, shaping it through extrusion, and then finishing with surface treatments. This process ensures the creation of high-quality profiles with specific shapes and properties.

The aluminum profiles are manufactured by aluminum alloy; they do not require painting, polishing and further process of the surface as steel does, they are Corrosion resistance , machinable , formable and recyclable .

The most important advantages of the profiles are light and durable  .The connecting items have been specially designed for the profiles and they are easily and quickly placed.

It is valued for its reliability, consistent performance, and compatibility with a wide range of industrial systems, making it a core raw material for many commercial applications. Commercially, Aluminum Sulfate is available in solid and liquid forms with different purity levels and Al₂O₃ percentages, typically ranging from 7% to 17% for liquid grades and 14% to 18% Al₂O₃ for solid grades. The product is supplied as white to off-white crystals, granules, powder, or clear liquid solutions, formulated mainly from aluminum hydroxide and sulfuric acid. Its primary applications include potable and wastewater treatment as a flocculant, paper sizing and pulp processing, textile dye fixing, concrete acceleration, soil conditioning, and certain food and pharmaceutical auxiliary processes (industrial grades only). Key technical features include fast solubility, controlled iron content, low insoluble matter, stable pH control, and excellent sedimentation behavior.