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GGB

EV (Electric Vehicles)

Driving the Future of Electric Vehicles

The global transition to electric vehicles (EVs) is reshaping the automotive industry. As EV adoption accelerates, the focus goes beyond battery capacity—toward optimizing energy efficiency, reducing NVH (noise, vibration, and harshness), improving sustainability, and mastering thermal management. GGB is at the forefront of this transformation.

The EV Revolution Is Here    

By 2030, EVs are expected to account for over 50% of all new vehicle sales worldwide. This shift is creating new engineering challenges and higher expectations for suppliers across the value chain. GGB helps OEMs and Tier 2 suppliers meet these demands with advanced tribological solutions.

Solving EV Challenges with Advanced Engineering

Efficiency: Every Watt Counts    

While battery tech evolves, reducing energy loss remains a top priority. GGB’s low-friction bearing materials help maximize drivetrain efficiency, minimize heat buildup, and extend driving range.

Lightweight Design, No Compromise     

Reducing vehicle mass improves range and performance. Our metal-polymer and engineered plastic bearings deliver high strength in compact, lightweight formats—without sacrificing durability.

NVH Optimization     

Electric motors eliminate engine noise—but expose even minor vibrations. GGB’s precision-engineered components dampen vibration and noise, enhancing comfort and maintaining a premium ride feel.

Sustainability Built In    

Our lead-free, RoHS/ELV-compliant materials support your sustainability goals. Many GGB solutions are recyclable and developed to minimize environmental impact across the product lifecycle.

Thermal Management Made Easy      

EV systems—from motors and inverters to battery modules—generate significant heat. GGB bearings withstand high thermal loads, resist wear, and support efficient heat dissipation in compact assemblies.

 

Where GGB Makes a Difference

We supply EV-ready tribological solutions for critical applications:

  • E-Motors
  • Powertrain
  • Battery Cooling
  • E-coupler/reducer
  • E-Axles
  • Drive by wire
  • Power steering systems
  • Wheel disconnect / motor disconnect systems
  • Motion control, precise position control, propulsion
  • Battery cooling systems
  • Heat pumps / E-compressors
  • Hydrogen fuel systems
  • Clutches, hubs, and power transfer units

Why Leading EV Manufacturers Choose GGB

Reduce Friction, Improve Efficiency

Friction is responsible for over 50% of energy loss in EVs. GGB’s low-friction, high-performance materials are specifically designed to reduce these losses, enhancing the overall energy efficiency.
 

NVH Suppression for a Quiet Ride 

Our precision-engineered bearings reduce vibrations and eliminate harshness—preserving the quiet, refined feel EV customers expect.
 

Maintenance-Free, Dry-Running Options

GGB bearings excel in dry-start and lubricated conditions, supporting long service life and eliminating the need for relubrication in sealed or hard-to-reach systems.
 

Improved Wear Resistance for 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.
 

Superior Wear Resistance    

Our materials are designed for durability under load, providing longer life, reduced downtime, and lower total cost of ownership.
 

Lightweight, High-Strength Materials

Our metal-polymer and engineered plastic solutions help reduce vehicle weight while maintaining high structural integrity—enabling greater efficiency and compact design.

 

Built for Sustainability  

All GGB materials recommended for Electric Vehicles are lead-free and RoHS/ELV compliant, with several options offering recyclability and low environmental impact—supporting our customers’ sustainability goals.

 

Ready to Accelerate Your EV Innovation?

Let GGB be your partner in performance, efficiency, and sustainability. Explore our tribological solutions and drive the next generation of electric mobility.