Pioneering High Quality Super Green Aluminium Alloy Billets
We are redefining sustainable aluminium production by recycling and manufacturing high quality Super Green aluminium alloy billets tailored for the extrusion and forging industries. Our operations are powered by world class remelt facilities, automated material handling systems, and AI based sorting technology that ensure consistency, efficiency, and purity.
We continuously invest in R&D to develop premium aluminium alloy billet products, driving the next generation of eco friendly alloys for diverse applications for various industries
Wide Alloy Range and Customization
Precision in Every Billet
Our billets are produced using a meticulous, high-precision process that ensures exceptional quality and consistency.
- Recycled aluminum metal is sorted, cleaned, melted, and alloyed with minimal emissions
- The molten aluminum is degassed and filtered to achieve optimal purity and low hydrogen levels
- Advanced Oil/Air Slip Casting technology ensures a flawless billet structure and consistent alloy properties
- Each billet is homogenized to perfection to enhance mechanical strength, ductility, and machinability
Smart Manufacturing & Quality Assurance
At Remal, we have invested heavily in smart manufacturing and metalurgical automation to ensure superior billet quality and consistency
- AI-powered monitoring systems ensure precision in casting, process optimization, and real time control
- Advanced quality control equipment continuously regulates temperature, metal purity, and hydrogen levels
- Automated material handling systems improve production flow, ensuring faster turnaround and safer operations
- 100% ultrasound inspection guarantees defect free, high quality aluminum billets, ensuring industry standard compliance and long term reliability
Responsible Manufacturing for a Greener Tomorrow
Sustainability is at the heart of everything we do. Our energy efficient aluminum billet production process helps to
- Reduce melting emissions and lower carbon footprint
- Minimize overall energy consumption through innovative process design
- Utilize recycled aluminum without compromising on performance or durability
By adopting green metallurgy and working toward carbon neutrality, Remal is committed to delivering environmentally responsible aluminum solutions that support global efforts toward sustainable industrial growth
Product View
Further technical information about our aluminum billets can be found in our downloadable product brochures
Product
Aluminum Billet
Billet Diameters in Inches
4", 5", 6", 7", 8"
Length in Millimeters
5,800 mm
1000 Series
The main component of 1000 series alloy is pure aluminum, which is characterized by high ductility, high electrical conductivity, corrosion resistance, excellent anode performance and processing performance. But the disadvantage is that the strength and hardness are the lowest of all aluminum alloy series, the general strength grade is about 100 Mpa. Product uses are mainly applied in shells, corrosion resistant containers, Chemical storage and processing equipment, radiation or reflective materials, etc.
Commonly used 1000 series alloys are: 1050 1070 1100 1110 1350
2000 Series
The 2000 series aluminium alloy billets are performance grade, heat treatable alloys primarily alloyed with copper, offering excellent mechanical properties and hardness that are ideal for aerospace, automotive, and structural applications. Common grades are widely used in aircraft components, parts, and load bearing structures. While these alloys exhibit lower corrosion resistance and weldability, they deliver superior strength (up to ~500 MPa) and machinability.
Commonly used 2000 series alloys are: 2014 2017 2024 2030 2618
3000 Series
The 3000 series aluminium alloy billets are aluminium manganese alloys known for their excellent corrosion resistance, high ductility, and good formability, making them ideal for a wide range of industrial applications. With improved strength and hardness over the 1000 series (around 200 MPa), they perform well in environments requiring moderate mechanical properties and consistent processing behavior.
Commonly used 3000 series alloys are: 3003 3004 3103 3007
4000 Series
The 4000 series aluminium billets are aluminium silicon alloys known for their excellent wear resistance, thermal conductivity, and low thermal expansion, making them suitable for high temperature and friction sensitive applications. The products are mainly used in pistons, compression parts, brazing fillers and high temperature parts.
Commonly used 4000 series alloys are: 4032 4043 4832 4245
5000 Series
The main components of 5000 series aluminum alloys are aluminum and magnesium, which are characterized by medium to high strength, excellent seawater corrosion resistance, excellent welding performance, and the highest strength. The hardness of work hardening aluminum alloys (5xxx>3xxx>1xxx), and the general strength grade is about 300Mpa. These alloy that are non-heat treatable alloys are ideal for marine, structural, and cryogenic applications.
Commonly used 5000 series alloys are: 5005 5049 5050 5051 5052 5056 5083 5086 5182 5186 5383 5456 5754
6000 Series
The 6000 series aluminium alloy billets, composed mainly of magnesium and silicon, are valued for their medium to high strength (250–450 MPa), excellent corrosion resistance, weldability, anodizing potential, and heat treatability. This series includes a wide range of soft and hard alloys, each suited for specific applications across construction, automotive, industrial, and consumer sectors.
Soft Alloys (suitable for architectural and general-purpose applications):
6060, 6063, 6101, 6463, 6005
These alloys are ideal for architectural profiles, window frames, Solar frames for Solar panels, heat sinks, and decorative anodized applications, offering good surface finish and moderate strength with excellent extrudability.
Hard Alloys (suitable for structural, mechanical, and high stress applications):
6061, 6082, 6351, 6013, 6066, 6056, 6151, 6005A, 6261, 6110A
These grades are used in bicycle frames, automotive components, pipe fittings, forged parts, and industrial structures, where higher mechanical strength, durability, and performance under stress are required.
7000 Series
The 7000 series aluminum alloy is composed of aluminum, zinc and magnesium. In addition, there is an another series which is aluminum zinc magnesium copper series with additional copper. The strength grade of the aluminum-zinc-magnesium series is about 400 Mpa, featuring medium-high strength, heat-treatable, anodized, and weldable. The strength grade of the aluminum-zinc-magnesium-copper series is about 600 Mpa. It is characterized by high strength, heat treatable, and anodic treated, but the disadvantages are poor welding performance and corrosion resistance. Product uses are mainly applied in sports equipment, aviation industry (such as 7075, 7050); structure and welding materials, car body, carriage (such as 7005), etc.
Commonly used 7000 series alloys are:
7005 series (aluminum zinc magnesium): 7003 7005 7006 7020 7046 7021 7N01
7075 series (aluminum zinc magnesium copper): 7001 7010 7049 7050 7055 7075 7149 7150 7168 7175 7178 7475
Scandium alloy series: 7000 series + scandium
Who We Are
Remal is a leading manufacturer of master alloys, cast alloys, and sustainable aluminium billets that power aerospace, construction, defence, automotive, and several other industries with precision and purpose.
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