EMS-CHEMIE (Business Unit EMS-GRIVORY)

EMS-CHEMIE (Business Unit EMS-GRIVORY) is rated 3 out of 5 in the category plastics. Read and write reviews about EMS-CHEMIE (Business Unit EMS-GRIVORY). EMS-GRIVORY is part of the High Performance Polymer business unit of the EMS Group and employs more than 800 people worldwide. The largest development center and production site is located at Domat/Ems, Switzerland with further production sites in Germany, China, Taiwan and the USA. We also have development and sales organizations in all major markets in Europe, Asia and America and can quickly reach our customers on site. EMS-GRIVORY – The leading manufacturer of high-performance polymers Polyamides are among the most versatile and well-performing of plastic materials. EMS-GRIVORY is the manufacturer with the broadest range of polyamides worldwide. These high-performance resins for use in injection-molding and extrusion processes are sold worldwide under the trade names Grivory®, Grilamid® and Grilon®. Polyamides from EMS-GRIVORY are used in applications in the market segments automotive, industrial and consumer goods, electro and electronics, telecommunication, optics, medical technology and packagings. We always provide a solution The strengths of EMS-GRIVORY lie not only in the development and manufacture of these high-performance polymers, but also in the creation of innovative system solutions with customers anywhere in the world. Cost and weight savings through metal replacement are the focus topic but EMS-GRIVORY also offers unique solutions for high-quality surfaces, designs and colors. In this way, EMS-GRIVORY provides intensive customer support throughout the whole development process and even during running serial production. The service performance is tailor-made to suit the individual customer requirements in each market segment. Starting with the first feasibility studies and economic analyses, experienced development engineers accompany customers through prototype manufacturing and specific component testing as well as in mold optimization and process technology.