(330) 548-8050
Our aerospace recycling services help defense and aerospace partners extract maximum value from superalloy and component scrap.
Auris Noble's aerospace scrap programs provide specialized recycling and recovery solutions for the defense and aerospace sectors. We understand the unique challenges and opportunities presented by high-value aerospace materials, and our expertise ensures that our partners achieve maximum return on their scrap while meeting regulatory and sustainability goals.
Aerospace manufacturing generates high-value waste in the form of superalloys, platinum thermocouples, iridium spark plugs, and engine coatings. We've refined all of them. We accept both post-production scrap and end-of-life components. Materials are evaluated using XRF and wet assay testing before processing begins. Our program includes secure handling and classification, so you can be confident your high-performance materials are in expert hands.
Our specialized processing methods are designed to maximize value recovery from complex aerospace materials. We handle everything from turbine components and electronic assemblies to specialized coatings and catalysts. Our metallurgists understand the unique characteristics of aerospace alloys and can separate valuable constituents efficiently. This expertise translates to higher returns for our partners and ensures that precious metals and rare elements are recovered rather than lost to landfill.
Reclaiming metals from aerospace scrap dramatically reduces the environmental footprint compared to sourcing new materials. It's not just a cost-saving measure — it's a climate-conscious one. We help manufacturers meet internal sustainability goals and ESG benchmarks by reducing landfill waste and mining impact. By choosing Auris Noble, you're contributing to a circular economy for advanced materials that would otherwise be discarded.
With a commitment to excellence and a focus on sustainability, Auris Noble is dedicated to delivering quality-driven practices. Contact us to learn more.