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Atomic13

Atomic13 provides sustainable aluminum extrusions for the construction sector by using a proprietary shear extrusion process that can handle 100 % post‑consumer scrap. This technology removes impurities, lowers CO₂ emissions compared to traditional methods, and yields high‑strength, durable profiles that meet rigorous building standards. By turning waste aluminum into high‑performance, low‑carbon building components, Atomic13 supports a circular economy and greener built environments.

Founded 20246200+ followers
Updated 1 month ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Construction projects require aluminum extrusions that are strong and durable, but traditional production relies on primary aluminum and generates high CO₂ emissions. Additionally, using recycled scrap often introduces impurities that compromise material performance, limiting its adoption in high‑spec building applications.

Solution

Atomic13 applies advanced shear extrusion technology to 100 % post‑consumer aluminum scrap, effectively removing impurities while preserving material integrity. The process yields high‑strength, durable extrusions that meet rigorous building standards, enabling developers and manufacturers to specify recycled aluminum without sacrificing performance. By converting waste into premium profiles, the company reduces the carbon footprint of the aluminum extrusion supply chain and supports a circular economy for the built environment.

Target Audience

Primary customers are construction developers, architectural firms, and manufacturers of building components who require high‑performance aluminum extrusions with a reduced environmental impact.

Features

  • Shear extrusion process that cleans and refines post‑consumer scrap, eliminating contaminants
  • Production of extrusion profiles with superior tensile strength and durability comparable to primary aluminum
  • Full lifecycle CO₂ emissions reduction through exclusive use of recycled feedstock
  • Compatibility with standard extrusion dimensions and tolerances for seamless integration into existing construction workflows
  • Material certification that meets industry building codes and performance specifications
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