Rauh Polymers

RAUH Polymers Inc. is a proprietary plastic scrap trading company, located in Akron, Ohio. We produce engineering grade resins for applications in the consumer, industrial, automotive, electronics and medical industries.We focus mainly on developing engineering polymers like permaflex TPE-E (thermoplastic polyester elastomer), optimum co-polyester and electraflex conductive TPE-E. We also deal with plastic scraps including Resin Scraps, ABS Scraps, and PET Scraps. All these resins are designed for elimination of ease of processing, injection molding, extrusion, blow molding, thermoforming, film manufacturing and rotomolding. We deal with plastic materials in forms of regrind & purge, machines and new ester polymers (recyclable).RAUH Polymers Inc. has been established by Rauh brothers who have more than 30 years of experience in the production of polymers. Rauh brothers’ cutting edge research and development, along with their dedication towards innovation and progress resulted in discovery & development of exceptional polymer products. All business proceedings and queries would be dealt by Ms. Amy Darkow.We design product technology to create positive impacts on environmental issues and strive to be environmentally sensitive to abide industrial standards for environmental protection. Our permaflex resin has received ‘Delphi certification’ for its engineering specifications covering thermoplastic polyester copolymer extrusion compound. It is designed for convoluted conduit applications requiring long term high temperature endurance and is characterized by excellent thermal stability and flexibility. Our commitment towards quality and services earned us the global ISO 9001-2008 certification.We are ready to offer solutions for your projects requiring high performance and we also provide customer support to move your projects from concepts into production. Our research team with their innovation & experience strive to provide high quality products & services to make our customers feel secure and meet all their requirements in order to solve their problems.