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.
The rapid transition to electric vehicles (EVs) marks a pivotal moment in the automotive industry, with innovations reshaping the way we drive, power, and interact with transportation. However, as the EV market grows, so do the design challenges engineers face.
Global commitments to reduce carbon emissions are accelerating the adoption of EVs. By 2030, analysts predict that EVs will account for over 50% of all new car sales globally. This transition is reshaping the supply chain and engineering demands, particularly around efficiency and sustainability.
Battery performance remains a key focus, with trends leaning toward solid-state batteries, increased energy density, and faster charging capabilities. Engineers must optimize vehicle designs to integrate new battery technologies without compromising safety or durability. Weight reduction is critical in EVs to maximize driving range.
Automakers are adopting lightweight materials like aluminum, composites, and advanced polymers, pushing design engineers to ensure these materials meet strength, reliability, and cost-effectiveness requirements.
Thermal control is crucial to maintain optimal performance for batteries, inverters, and other critical components. Innovative solutions are required to address thermal challenges without adding weight or complexity.
With increasing focus on sustainability, EV manufacturers are looking to design components that are recyclable and reduce environmental impact. Performance, weight, and component longevity need to be balanced. This requires careful material selection and advanced design processes.
At GGB, we are committed to driving innovation by providing the high-performance materials and solutions that engineers need to overcome these obstacles. Together, we can accelerate EV transformation, delivering vehicles that are efficient, sustainable, and built for the future.
Friction is one of the largest sources of energy loss in electric vehicles, accounting for more than 50% of total energy losses. GGB’s low-friction, high-performance materials are specifically designed to reduce these losses, enhancing the overall energy efficiency of electric powertrains.
Unlike internal combustion engine (ICE) vehicles, EVs operate with minimal engine noise, making other sounds—such as bearing friction and motor vibrations—more noticeable. Engineers must address these challenges to enhance vehicle comfort. GGB’s advanced bearing solutions minimize friction and vibration, ensuring smooth, quiet operation for an improved driving experience.
GGB materials are designed for reliable performance even in dry start conditions, where traditional lubricants might fail. Additionally, they are engineered to work seamlessly with advanced lubricants and additives, ensuring compatibility across various systems for optimal efficiency and longevity.
GGB’s advanced materials provide superior wear resistance, extending the lifespan of components and reducing the need for frequent maintenance. This enhanced durability ensures improved system reliability, minimizing downtime and reducing long-term operational costs.
GGB bearings and coatings are designed with exceptional heat resistance, ensuring optimal thermal management in electric powertrains and battery modules. This capability supports efficient heat dissipation, helping maintain the reliability and performance of critical components in high-temperature environments, enhancing the overall lifespan and effectiveness of EV systems.
GGB’s lightweight materials enable compact, high-performance component designs that improve power density and overall efficiency. By reducing vehicle weight, these solutions contribute to extended battery range and enhanced energy savings, making EVs more efficient and sustainable.
The advanced noise and vibration reduction properties of GGB’s tribological materials ensure a quiet cabin environment, enhancing the luxury feel of EVs. GGB is committed to providing environmentally friendly, lead-free products that go beyond compliance with regulations like RoHS and ELV. This supports manufacturers in meeting sustainability goals while delivering high-performing vehicles.
