ALUMINUM

ALUMINUM

Recycled aluminum is an extremely valuable and versatile metallic raw material, obtained from aluminum waste and aluminum alloys. Aluminum recycling is a remarkably energy-efficient process that massively reduces primary resource consumption, saves up to 95% of the energy needed for production from ore, and significantly diminishes greenhouse gas emissions, decisively contributing to industry sustainability.

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Our Expertise in Aluminum Recycling

Specialized in the acquisition and sale of aluminum waste, we serve global markets (Europe, Asia). Solid partnerships ensure a constant flow of quality raw materials, tailored to our clients’ specific needs. We are dedicated to adhering to the highest standards of purity and processing, confirmed by our certifications.

Packaging & Logistics: Aluminum waste is efficiently managed and delivered by road and sea transport. Packaging is done in: bulk (for large quantities), on pallets (for ingots/plates), in metal containers (big box), or Big-Bag sacks.

Certifications: ISO 9001:2015, SGS, ASTM, ISRI, REACH, RoHS, EN 573-3:2013.

Characteristics

Origin: Post-consumer/industrial waste (beverage cans, profiles, car rims, cables, foils, turnings, foundry waste).
Processing: Collection, sorting by type and alloy, cleaning, melting, refining (for ingots or secondary alloys).
Chemical Composition: According to EN 573-3:2013, with 97% to 99% Aluminum.
Physical Properties: Density 2.7 g/cm3 , Melting point 660 °C (for pure aluminum).
Purity: Our aluminum materials are constantly verified to ensure a high level of purity and absence of impurities.
Type: Recycled aluminum.
Form:

  • Ingots/Billets (fragments or cast in standard forms)

  • Plates/Sheets (pieces of 100×100 mm, up to 1000×1000 mm, or bulk)

  • Aluminum granules (where applicable, from certain processes)
    Grades:

  • Recycled Aluminum (according to purity specifications).

Advantages

  • Massive energy savings (up to 95%) compared to primary production.

  • Substantial reduction of greenhouse gas emissions.

  • Conservation of mineral resources and the environment.

  • Extremely lightweight and corrosion-resistant.

  • Infinitely recyclable without loss of properties.

Applications

  • Automotive industry (components, rims, engine blocks).

  • Packaging (beverage cans, foils).

  • Construction (profiles, joinery, structural elements).

  • Aerospace industry.

  • Manufacturing of electrical conductors (cables).