GGB AuGlide Lead-free & Machinable Bearing Solutions
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PUSHING BOUNDARIES TO COCREATE A HIGHER QUALITY OF LIFE GGB offers a comprehensive selection of products to meet the world’s most demanding surface engineering needs. We manufacture metal-polymer, engineered plastics, fiber reinforced composite, metal and bimetal bearings and polymer coatings, along with a range of supporting assemblies. Industries served include: — Aerospace — Primary Metals LOW FRICTION, HIGH WEAR RESISTANCE — Fluid Power Low coefficients of friction eliminate the need for lubrication while reducing wear and extending service life. GLOBAL FOOTPRINT GGB has manufacturing, sales, service and support locations around the globe. This vast network of resources and expertise enables us to respond promptly to your bearing needs wherever you do business. MAINTENANCE-FREE Ideal for applications requiring long service life without regular maintenance or operating conditions with little or no lubrication. LOWER SYSTEM COST Reduce shaft costs by eliminating the need for hardening and machining grease paths. Compact, one-piece construction provides space and weight savings and simplifies assembly. GGB HEILBRONN GMBH Ochsenbrunnenstr. 9 | D-74078 Heilbronn Tel: +49 7131 269 0 https://www.ggbearings.com/de AuGlide® Solutions ENVIRONMENTAL Greaseless, lead-free solutions comply with increasingly stringent environmental regulations such as the RoHS directive for electrical and electronic equipment. FL0112ENG03-23HN ©2023 GGB. All rights reserved. AuGlide® is a trademark of GGB. SMALL FOOTP

Green Engineered Solutions for Hard-Working Applications AuGlide® CHARACTERISTICS As heavy-duty industrial applications continue to grow and expand, so does the need for environmentally friendly, lead-free solutions that can withstand them. And just because the application is harsh, doesn’t mean that your solution has to be. GGB’s AuGlide® tribological solutions are lead-free and designed with a smaller environmental footprint. But they’re also optimized for the most demanding applications that require high performance under extreme loads, including shock loads and lowfrequency, oscillating...