AUROX Composites and Compounds Ltd. jobs and careers

About AUROX Composites and Compounds Ltd.

AUROX Composites and Compounds Oy is a Finnish producer of high-performance industrial compounds and a leading manufacturer of epoxy compounds for crushing equipment in the Nordic countries. We develop solutions for crushing and heavy industry applications operating in the most demanding environments. Founded in 2016, AUROX dedicated its early years to an extensive and meticulous R&D process. This long-term development resulted in unique compound solutions that deliver superior performance compared to conventional products, setting new standards for efficiency, reliability, and safety in heavy industry applications. Our compounds are engineered to improve equipment uptime, extend service life, and enhance operational safety under extreme mechanical loads, severe abrasion, and harsh environmental conditions. Designed for real-world industrial challenges, AUROX solutions are trusted where reliability is critical and failure is not an option. A key focus of AUROX product development is worker safety and environmental responsibility. Our compounds are engineered using carefully selected, low-hazard components to minimize health risks for operators, maintenance personnel, and all professionals working with our products. Environmental considerations are integrated throughout the product lifecycle, reducing environmental impact during application, operation, and at end-of-life disposal. Based in Finland — a country known for its northern location and demanding climate — AUROX develops its compounds with a deep understanding of operation in extreme temperature conditions. Our products perform reliably in both arctic and tropical environments, where conditions that present major challenges for conventional compounds are considered standard operating conditions for AUROX solutions. Today, AUROX products are supplied worldwide through an extensive global distributor network, supporting mining, quarrying, and heavy industry operations across multiple regions.