Efficient Automotive Transmission & Driveline
The move to higher, multi-speed automatic transmissions to reduce emissions and improve fuel economy invites opportunities to reduce weight and frictional loss.
More sophisticated transmissions systems face aggressive fluids and increased weight from additional components. DuPont high-performance thermoplastics, elastomers, and specialty polymers can be used in automotive transmission and driveline components and systems to take out unneeded weight and also reduce frictional loss while extending the durability and reliability of mechanical components.
Powertrain Efficiency: Six of every seven liters of fuel put into a vehicle are lost to inefficiency, and a large portion of that is due to frictional loss. DuPont solutions reduce frictional loss and have the added benefit of reducing manufacturing costs.
Lightweighting: Using high-performance plastics and composites can shed pounds in valve bodies and covers, transmission control modules, baffles, and more.
Improved Performance: DuPont™ Vespel® parts reduce friction and improve the performance and lifespan of underhood components.
It has been calculated that six of every seven liters of fuel put into a vehicle are lost to inefficiencies. Connecting inefficiencies to friction, studies have found that somewhere around 10 percent of this lost energy is attributed to friction between moving parts.
INFORMATION & IDEAS
- High Performance Materials
- Automatic Transmission Seals
- Supporting Sustainable Mobility
Innovative Ideas for Metal Replacement
DuPont collaborates with customers worldwide to develop innovative metal replacement applications to make cars, planes and other equipment more fuel- and cost-efficient.
- Committed to Sustainable Mobility
- Engine Efficiency for Lower CO2
- Vehicle Weight Reduction
- Meeting a Baffling Design Challenge
USES AND APPLICATIONS
Vespel® in Automotive Parts
Vespel® offers a high-performance replacement for automotive thrust washer and bearing parts, to help improve driveline efficiency and lower emissions.