Casting aluminum alloys are widely used materials in various industries. Due to their ability to be cast into complex shapes, they can be used to create a variety of products, including automotive parts, aerospace components, construction elements, household appliances, sports equipment, and other products.
| Name | gost | Stamp | Price, rub per kg | Chemical composition | Description |
| Al casting alloys (secondary) GOST 1583-93 AK12ch | 1583-93 | AK12h | request |
Al base SILICON 10-13 % IMPURITIES: IRON up to 0.50% CALCIUM up to 0.08% MANGANESE up to 0.40% COPPER up to 0.02% TITAN up to 0.13% ZINC up to 0.06% |
Al alloys (secondary) GOST 1583-93, grade AK12ch. It is supplied in bars with a trapezoidal cross-section and is used as a raw material for various metallurgical processes. The ends of the bars are marked with an indelible red letter C. Application area and product line of AK12ch: - automotive, shipbuilding, and aircraft manufacturing - cylinder blocks, pistons, and engine crankcases. - housing and communal services - shut-off valves, heat exchangers for heating devices. - metallurgy. |
| Al alloys (secondary) GOST 1583-93 AK12 | 1583-93 | AK12 | request |
Al base SILICON 10 - 13 % IMPURITIES: IRON up to 0.7% MAGNESIUM up to 0.10% MANGANESE up to 0.5% COPPER up to 0.60% TITAN up to 0.10% ZINC up to 0.30% ZIRCONIUM up to 0.10% |
Al alloys (secondary) GOST 1583-93, grade AK12. It is supplied in bars with a trapezoidal cross-section and is used as a raw material for various metallurgical processes. The ends of the bars are marked with indelible colored paint (vertical stripes, crosses, and triangles) or a metal stamp on the surface of the bar: white or green. Application area and product line of AK12: - automotive, shipbuilding, and aircraft manufacturing - cylinder blocks, pistons, and engine crankcases. - housing and communal services - shut-off valves, heat exchangers for heating devices. - metallurgy. |
| Al alloys (secondary) GOST 1583-93 | 1583-93 | AC12M2 | request |
Al base SILICON 11 - 13 % IRON 0.6 - 0.9 % COPPER 1.8 - 2.5 % IMPURITIES: MAGNESIUM up to 0.20% MANGANESE up to 0.5% NICKEL up to 0.3% TIN up to 0.1% LEAD up to 0.15% TITAN up to 0.20% ZINC up to 0.8% |
Al alloys (secondary) GOST 1583-93, grade AK12M2. It is supplied in bars with a trapezoidal cross-section and is used as a raw material for various metallurgical processes. Scope and product line : - heating radiators, heat exchangers. |
| Al alloys (secondary) GOST 1583-93 AK9ch | 1583-93 | AK9h | request |
Al base SILICON 8 - 10.5 % MAGNESIUM 0.2 - 0.35 % MANGANESE 0.2 - 0.5 % IMPURITIES: BERYLLIUM up to 0.10% IRON up to 0.5% COPPER up to 0.3% NICKEL up to 0.10% TIN up to 0.008% LEAD up to 0.03% ZINC up to 0.3% |
Al alloys (secondary) GOST 1583-93, grade AK9ch. It is supplied in bars with a trapezoidal cross-section and is used as a raw material for various metallurgical processes. The ends of the bars are marked with an indelible brown triangle. Application area and product line of AK9ch: - automotive industry, shipbuilding, and aircraft manufacturing. - metallurgy. |
| Al alloys (secondary) GOST 1583-93 AK9 | 1583-93 | AK9 | request |
Al base SILICON 8 - 10.5 % MAGNESIUM 0.2 - 0.35 % MANGANESE 0.2 - 0.5 % IMPURITIES: BERYLLIUM up to 0.10% IRON up to 0.5% COPPER up to 0.3% NICKEL up to 0.10% TIN up to 0.008% LEAD up to 0.03% ZINC up to 0.3% |
Al (secondary) AK9 alloys are used to produce ingots, bars, ribbons, and wire rod, which are then used to produce finished non-ferrous metal products. The chemical composition and characteristics of alloys (secondary) of technical purity AK9 in ingots and other types are specified in GOST 1583-93. We supply Al (secondary) AK9 alloys in bars, ingots, cathodes, anodes, pyramids, and granules. |
| Al alloys (secondary) GOST 1583-93 | 1583-93 | AK9M2 | request |
Al base SILICON 8 - 10.5 % MAGNESIUM 0.2 - 0.35 % MANGANESE 0.2 - 0.5 % IMPURITIES: BERYLLIUM up to 0.10% IRON up to 0.5% COPPER up to 0.3% NICKEL up to 0.10% TIN up to 0.008% LEAD up to 0.03% ZINC up to 0.3% |
Al (secondary) AK9M2 alloys are used to produce ingots, bars, ribbons, and wire rod, which are then used to produce finished non-ferrous metal products. The chemical composition and characteristics of alloys (secondary) of technical purity in ingots and other types are specified in GOST 1583-93. We supply Al alloys (secondary) in bars, ingots, cathodes, anodes, pyramids, and granules. |
| Al alloys (secondary) GOST 1583-93 AK7ch | 1583-93 | AK7ch | request |
Al base SILICON 6.0 - 8.0 % MAGNESIUM 0.25-0.45% IMPURITIES: BERYLLIUM up to 0.1% IRON up to 0.5% MANGANESE up to 0.5% COPPER up to 0.20% TIN up to 0.01% LEAD up to 0.05% TITAN up to 0.15% ZINC up to 0.30% ZIRCONIUM up to 0.15% |
Al alloys (secondary) GOST 1583-93, grade AK7ch. It is supplied in bars with a trapezoidal cross-section and is used as a raw material for various metallurgical processes. The ends of the bars are marked with an indelible yellow triangle. Application area and product line of AK7ch: - automotive industry, shipbuilding, and aircraft manufacturing. - metallurgy. |
| Al alloys (secondary) GOST 1583-93 AK7 | 1583-93 | AK7 | <request |
Al base SILICON 6.0 - 8.0 % MAGNESIUM 0.25-0.45% IMPURITIES: BERYLLIUM up to 0.1% IRON up to 0.5% MANGANESE up to 0.5% COPPER up to 0.20% TIN up to 0.01% LEAD up to 0.05% TITAN up to 0.15% ZINC up to 0.30% ZIRCONIUM up to 0.15% |
Al (secondary) AK7 alloys are used to produce ingots, bars, ribbons, and wire rod, which are then used to produce finished non-ferrous metal products. The chemical composition and characteristics of alloys (secondary) of technical purity AK7 in ingots and other types are specified in GOST 1583-93. We supply Al (secondary) AK7 alloys in bars, ingots, cathodes, anodes, pyramids, and granules. |
| Al alloys (secondary) GOST 1583-93 | 1583-93 | AK5M2 | request |
Al base SILICON 6.0 - 8.0 % MAGNESIUM 0.25-0.45% IMPURITIES: BERYLLIUM up to 0.1% IRON up to 0.5% MANGANESE up to 0.5% COPPER up to 0.20% TIN up to 0.01% LEAD up to 0.05% TITAN up to 0.15% ZINC up to 0.30% ZIRCONIUM up to 0.15% |
Al alloys (secondary) are used to make ingots, bars, ribbons, and wire rod, which are then used to make finished non-ferrous metal products. The chemical composition and characteristics of alloys (secondary) of technical purity in ingots and other types are specified in GOST 1583-93. We supply Al alloys (secondary) in bars, ingots, cathodes, anodes, pyramids, and granules. |
Aluminum Foundry Alloys
They play an important role in modern manufacturing due to their lightweight, durable, and corrosion-resistant properties. They are widely used in various industries, including automotive, aerospace, and machinery manufacturing. Cast aluminum, in particular, is characterized by its excellent fluidity and ability to form complex shapes, making it ideal for casting techniques.
AK7CH Alloy,
According to GOST 1583-93, it is one of the most popular Al alloys. This alloy has high strength, good machinability, and excellent weldability. The characteristics of Al alloys, such as their mechanical properties, corrosion resistance, and thermal conductivity, make them indispensable in the production of high-quality parts that can withstand significant loads.
Due to the ever-increasing requirements for the quality and durability of materials, the development of new compositions and the improvement of aluminum casting processes have become top priorities for research and manufacturing organizations.
Aluminum foundry
Aluminum is an important material in modern industry due to its unique properties, such as lightness, strength, and corrosion resistance. One of the standards that regulate the quality of aluminum in Russia is GOST 1583-93. It covers a range of alloys, including the AK7Ch and AK5M2 alloys.
Alloy ALK7CH, due to its high strength and ductility, is widely used in the production of critical parts, such as housing elements, which require high mechanical strength and resistance to thermal stress.
Alloy AK5M2, in turn, is characterized by increased corrosion resistance and is used in areas where Al is exposed to aggressive environments, such as the marine or chemical industries.
Both of these alloys are useful not only because of their mechanical properties, but also because they can be processed and shaped into various complex products, making Al an indispensable material in manufacturing.