Import Aluminum Scrap — Buy in Bulk from Supplier in Austria

Kovacic Helga supplies Aluminum Scrap sourced from Austria, with a focus on Aluminum Can scrap as the primary variant. This material is lightweight and retains a high purity level, making it ideal for recycling into new aluminum products. The scrap is processed to remove non-aluminum contaminants, such as coatings or labels, to ensure it meets industrial recycling standards.

Aluminum Can scrap is typically composed of 3000-series alloys (e.g., 3004 or 3104), which are aluminum-manganese alloys known for their formability and corrosion resistance. Standard industry specifications for such scrap include a minimum aluminum content of 95%, with iron and silicon as common impurities. Kovacic Helga’s material is prepared to align with these benchmarks, though buyers should confirm exact values for their needs.

This scrap is widely used by beverage can manufacturers, automotive component producers, and general recycling facilities. The material supports closed-loop recycling, where used cans are melted down to produce new cans or other aluminum products. Bulk shipments are available, with packaging optimized for international transport. Buyers should confirm the scrap’s cleanliness, as residual coatings or adhesives can affect melting efficiency.

Kovacic Helga is an imported-tier supplier based in Austria, operating within the harbor trust tier. The company specializes in Aluminum Can scrap, a niche within the secondary aluminum market that focuses on post-consumer recycling. Its profile highlights the material’s suitability for closed-loop systems, emphasizing cleanliness and high aluminum recovery rates.

The supplier’s current response rate is 0.00%, with no recorded average response time. Buyers should reach out directly to confirm availability, as well as the supplier’s capabilities for handling bulk orders. No additional details, such as facility certifications or processing capacity, are provided in the available data, so due diligence is required to assess reliability.