Markets we serve
GGB’s advanced surface solutions are driving industries forward, powering thousands of critical applications worldwide every day. Our mission is to deliver reliable, maintenance-free solutions that enhance performance and longevity—no matter the application or environment. With a focus on innovation and engineering excellence, we are committed to shaping the future of motion with cutting-edge materials that meet the most demanding challenges.
Metal-Polymer Bearings DP4®,DX®, HI-EX®, DU® and more...
Fiber Reinforced Composite Bearings HPMB®, GAR-MAX®, GAR-FIL and more...
Engineered Plastics Bearings EP®, EP®12, EP®30 and more...
Metal and Bimetal Bearings AuGlide®, GGB-DB®, GGB-SHB® and more...
TriboShield® Polymer Coatings TS225, TS650, TS651, TS742
TriboMate® Paired Coatings Solutions
Bearing Assemblies & Housings Exalign®, Mini®, Uni®
GGB Products
For over a century, GGB has kept the world in motion with industry-leading bearings and coatings. From polymer coatings and metal-polymer bearings to fiber-reinforced composites and self-aligning shaft assemblies, our solutions are designed to reduce friction and wear, enhance durability, and optimize performance.
Resources
Discover a wealth of technical knowledge and industry expertise in our Resources section. Our Bearings and Coatings Resource Centers provide in-depth insights into advanced bearing and polymer coating solutions. Access webinars, white papers, and videos to stay informed about the latest innovations. Our FAQ pages provide answers to common questions, while the GGB Advantage section highlights the unique benefits of our solutions. Whether you're seeking expert guidance or product information, this is your go-to destination.
Who is GGB
Our passion fuels groundbreaking advancements that enhance human potential. By collaborating closely from the early design stages, we push beyond conventional surface engineering solutions, developing tailored, high-performance technologies. Built on a foundation of trust, determination, and respect, we cultivate strong partnerships that inspire creativity, foster collaboration, and deliver exceptional results.
In the primary metals industry, equipment endures extreme, abrasive conditions where regular maintenance is challenging. Design engineers must create solutions that ensure efficient, long-lasting performance in these harsh environments, minimizing the need for upkeep.
GGB's self-lubricating, maintenance-free bearings are designed to thrive in demanding steel plants and foundries. Our advanced surface engineering solutions enhance bearing durability and extend equipment life, with custom designs tailored to meet the specific needs of each application.
GGB understands the unique challenges of the primary metals industry and offers advanced bearing solutions designed to meet these demanding conditions:
Extreme Operating Conditions
GGB bearings are engineered to perform reliably in high-temperature, abrasive environments, ensuring longevity and consistent performance despite harsh conditions.
Heavy Loads and High Stress
Our bearings are built to withstand the intense pressures of heavy-duty applications, delivering superior load capacity and stress resistance.
Eliminate Lubricants
GGB's self-lubricating bearings and coatings minimize the need for external lubrication, providing reliable operation without the need for regreasing and routine maintenance.
Corrosion Resistance
Our bearings and coatings are crafted from materials that resist corrosion, safeguarding performance in the presence of moisture, chemicals, and other corrosive substances.
Noise and Vibration Control
Our bearings and polymer coatings are designed to mitigate noise and vibration, contributing to quieter, smoother operation and reducing wear on equipment.
Durability and Longevity
Our maintenance-free bearings and coatings provide extended service life, reducing downtime and maintenance needs, and ensuring continuous, efficient operation in demanding environments.
Energy Efficiency
By reducing friction, GGB bearings enhance energy efficiency, lowering power consumption and optimizing the overall performance of industrial equipment.
