Aluminum Ingots A7

Aluminum Alloys & Master Alloys—Premium Quality by Hyvnd Industries

At Hyvnd Industries, we take pride in offering a comprehensive range of high-quality aluminium alloys and master alloys to meet the demands of various industries, including automotive, aerospace, construction, and manufacturing. Below is the detailed classification of our aluminium-based products:

Aluminum Ingots A7 99.97% Pure

Aluminium A7 ingots, with 99.97% purity, are high-quality raw materials widely used in manufacturing, construction, and aerospace industries. Their superior corrosion resistance, lightweight properties, and excellent conductivity make them ideal for die-casting, extrusion, and alloy production.

These ingots ensure consistent performance in automotive parts, electrical applications, and packaging solutions. They are highly sought after for their durability, recyclability, and cost-effectiveness in industrial processes. A7 aluminium ingots comply with international quality standards, making them a preferred choice for manufacturers worldwide.

Aluminum Aloys:

Aluminium-Antimony (AlSb)

High-purity aluminium-antimony alloy available in 8%, 10%, and 15% compositions, ideal for semiconductor and specialty applications.

Aluminium-Beryllium (AlBe)

Lightweight and high-strength aluminium-beryllium alloy in 2.5% and 5% variants, used in aerospace and precision engineering.

Aluminium-Bismuth (AlBi)

10% aluminium-bismuth alloy for lead-free machining and improved lubricity in manufacturing processes.

Aluminium-Boron (AlB)

Available in 3% to 10% concentrations, aluminium-boron alloy enhances grain refinement in cast and wrought aluminium products.

Aluminium-Calcium (AlCa)

6% and 10% aluminium-calcium alloy for deoxidation and inclusion modification in steel and aluminium processing.

Aluminium-Cerium (AlCe)

10% aluminium-cerium master alloy (MM) used to improve castability and corrosion resistance in aluminium alloys.

Aluminium-Chromium (AlCr)

High-purity aluminium-chromium alloy available in 5%, 10%, 20%, and 80% for wear-resistant coatings and superalloys.

Aluminium-Cobalt (AlCo)

5% and 10% aluminium-cobalt alloy used for strengthening aluminium alloys and enhancing magnetic properties.

Aluminium-Copper (AlCu)

Offered in 33%, 50%, and 80% compositions, aluminium-copper alloy is essential for high-strength aerospace and automotive applications.

Aluminium-Copper-Phosphorus (AlCuP)

Specialised aluminium-copper-phosphorus alloy improves mechanical properties and wear resistance in casting applications.

Aluminium-Dysprosium (AlDy), Aluminium-Erbium (AlEr), Aluminium-Gadolinium (AlGd), Aluminium-Gallium (AlGa), Aluminium-Germanium (AlGe), Aluminium-Hafnium (AlHf)

These specialized alloys offer unique properties for high-tech applications, including electronics, superalloys, and advanced material sciences.

Aluminium-Dysprosium (AlDy)

High-performance aluminium-dysprosium alloy enhances thermal and electrical conductivity in speciality applications.

Aluminium-Erbium (AlEr)

Aluminium-erbium alloy improves strength and resistance to thermal fatigue in advanced engineering materials.

Aluminium-Gadolinium (AlGd)

Aluminium-gadolinium alloy is used to enhance mechanical properties and corrosion resistance in niche applications.

Aluminium-Gallium (AlGa)

Aluminium-gallium alloy is vital for semiconductor applications, improving electrical conductivity and efficiency.

Aluminium-Germanium (AlGe)

Aluminium-germanium alloy enhances machinability and wear resistance in precision engineering applications.

Aluminium-Hafnium (AlHf)

Aluminium-hafnium alloy strengthens high-performance materials for aerospace and energy applications.

Aluminium-Indium (AlIn)

Available in 5% and 10% concentrations, aluminium-indium alloy enhances electrical conductivity and corrosion resistance.

Aluminium-Iron (AlFe)

Offered in 10% to 80% variants, aluminium-iron alloy improves strength and machinability in industrial alloys.

Aluminium-Lanthanum (AlLa)

10% aluminium-lanthanum alloy improves castability and thermal stability in specialty metal applications.

Aluminium-Lithium (AlLi)

2% and 5% aluminium-lithium alloy offers lightweight and high-strength properties for aerospace applications.

Aluminium-Magnesium (AlMg)

Available in 20% to 75% concentrations, aluminium-magnesium alloy is essential for corrosion-resistant marine and structural applications.

Aluminium-Magnesium-Boron (AlMgB)

A specialised alloy combining aluminium, magnesium, and boron to enhance strength and wear resistance.

Aluminium-Magnesium-Silicon (AlMgSi)

Aluminium-magnesium-silicon alloy provides excellent corrosion resistance and machinability for automotive and construction use.

Aluminium-Manganese (AlMn)

Available in 10% to 80% concentrations, aluminium-manganese alloy improves corrosion resistance in marine and architectural applications.

Aluminium-Nickel (AlNi)

20% and 50% aluminium-nickel alloy is widely used in high-temperature and corrosion-resistant applications.

Aluminium-Niobium (AlNb)

10% aluminium-niobium alloy enhances oxidation resistance and high-temperature performance in aerospace materials.

Aluminium-Molybdenum (AlMo)

10% aluminium-molybdenum alloy strengthens metal matrix composites for high-temperature applications.

Aluminium-Scandium (AlSc)

2% aluminium-scandium alloy improves strength, weldability, and grain refinement in advanced aluminium alloys.

Aluminium-Praseodymium (AlPr)

Aluminium-praseodymium alloy enhances thermal and mechanical properties in specialty alloys.

Aluminium-Silicon (AlSi)

Available in 20% to 50% compositions, aluminium-silicon alloy is used in castings for automotive and industrial applications.

Aluminium-Silicon-Calcium (AlSiCa)

Aluminium-silicon-calcium alloy optimises castability and mechanical properties in foundry applications.

Aluminium-Silicon-Iron (AlSiFe)

Aluminium-silicon-iron alloy improves wear resistance and thermal stability in industrial components.

Aluminium-Silicon-Strontium (AlSiSr)

Aluminium-silicon-strontium alloy enhances grain refinement and castability in aluminium foundries.

Aluminium-Silver (AlAg)

10% aluminium-silver alloy increases conductivity and thermal performance in high-tech applications.

Aluminium-Strontium (AlSr)

Available in 3.5% to 15% concentrations, aluminium-strontium alloy enhances castability and structural integrity.

Aluminium-Strontium-Titanium-Boron (AlSrTiB)

A high-performance alloy that improves grain refinement and mechanical properties in aluminium casting.

Aluminium-Tantalum (AlTa)

Aluminium-tantalum alloy enhances oxidation resistance and stability in aerospace and electronic components.

Aluminium-Titanium (AlTi)

Available in 5% to 80% concentrations, aluminium-titanium alloy is crucial for grain refinement in aluminium production.

Aluminium-Titanium-Boron (AlTiB)

Available in 5/1, 3/1, 5/0.2, and other ratios, this alloy is used for aluminium grain refinement.

Aluminium-Titanium-Boron Ultrafine™

Ultrafine™ aluminium-titanium-boron alloy offers superior refinement properties for high-performance applications.

Aluminium-Titanium-Carbon (AlTiC)

Available in 3/0.15 and 3/0.2 ratios, this alloy enhances strength and performance in specialty materials.

Aluminium-Tungsten (AlW)

Aluminium-tungsten alloy improves high-temperature strength and wear resistance in extreme conditions.

Aluminium-Ytterbium (AlYb)

Aluminium-ytterbium alloy enhances mechanical and corrosion-resistant properties in advanced applications.

Aluminium-Yttrium (AlY)

10% aluminium-yttrium alloy is used for oxidation resistance and grain refinement in specialty alloys.

Aluminium-Vanadium (AlV)

Available in 5% and 10% variants, aluminium-vanadium alloy strengthens high-performance materials.

Aluminium-Zinc (AlZn)

Offered in 10% and 30% concentrations, aluminium-zinc alloy improves corrosion resistance and machinability.

Aluminium-Zirconium (AlZr)

Available in 5% to 15% variants, aluminium-zirconium alloy enhances thermal and structural properties.

Rod Feeder DA-04

Variable-speed rod feeder DA-04 ensures precise alloy addition in metal processing operations.