The components and solutions we provide for the automotive industry help to reduce friction, thereby improving engine efficiency and reducing vehicle weight and emissions. From complete powertrain solutions to individual bearings and seals, we can help optimise your vehicle’s energy efficiency. This enables you to reach your destination with a smaller environmental footprint.
Electric and hybrid vehicles are becoming increasingly popular as alternatives to traditional passenger cars powered by internal combustion engines, whilst reducing CO₂ emissions. This has created a demand for optimised electric powertrain solutions to support this new generation of vehicles. Our product range in this field enhances energy efficiency, enables compact designs and simplifies assembly, helping to create a new generation of vehicles with robust mechanical and electronic performance. You can find out more below about how we help improve a range of electric powertrain applications.
The automotive operating environment is complex and variable. Key components such as the core drivetrain, steering system and chassis suspension must withstand long-term cyclic loads, high-speed rotation and frequent start-stop impacts. Thanks to their excellent wear and damage resistance, our products effectively ensure the stable operation of core components such as engines, gearboxes and wheel hubs, reducing the incidence of faults. At the same time, they meet the specific requirements of new energy vehicles for high-speed operation and low noise, thereby reducing the frequency of maintenance and operating costs.
Solution Features
Excellent sealing performance, effectively preventing the ingress of rainwater, mud, dust and road debris during driving, thereby preventing component corrosion.
Suitable for high-speed rotation, featuring high load-bearing capacity, precise operational accuracy and low wear rates, ensuring responsive steering system performance.
Long-lasting lubrication design eliminates the need for frequent maintenance, addressing the practical constraints of frequent disassembly during routine vehicle use and reducing costs.
Low friction coefficient and low noise levels meet the quietness requirements of both new energy vehicles and conventional petrol/diesel vehicles, enhancing driving comfort.
The lightweight design meets automotive energy-saving and emission-reduction requirements, whilst offering excellent compatibility to suit the assembly needs of different vehicle models.
