A NORGLIDE® Bearing is used within the Decoupled Pulley, offering benefits of reduced friction, maintenance free, and NVH improvements.

A NORGLIDE® Bearing is used in an environment of high oscillating movement to guarantee good Tension of the Belt drive.

A RENCOL® Tolerance Ring is used in the Dual Mass Flywheel to mount a flange with a fixation ring. The Tolerance Ring provides protection in the event of torque overload.
A NORGLIDE® Bearing is used in the Dual Mass Flywheel to guarantee a constant low coefficient of friction and compensates for any misalignments.

A RENCOL® Tolerance Ring is used to Mount a Motor without causing damage to the motor while providing stability during its operating environment.

A RENCOL® Tolerance Ring is used in the Starter Motor to mount a gear. The Tolerance Ring provides simple overload protection in the event of a misfire.

A RENCOL® Tolerance Ring is used to mount a bearing in the Alternator's cast housing. This excellent mounting solution competes against alternative technologies of plastic/rubber boots and glue.

A RENCOL® Tolerance Ring is used to mount timing gear onto the Camshaft and provide the required torque to drive the Camshaft.

A NORGLIDE® Bearing is used in the Solenoid Valve to provide the armature of the valve without shielding the magnetic field due to thin material thickness.

A NORGLIDE® Bearing is used to help guide the Clutch Release and offers benefits of no stick slip, reliability and efficient function of the clutch.

from Saint-Gobain Seals are used in clutches due to their robust design and materials that help to ensure the clutch’s function for the lifetime of the vehicle: providing smooth vehicle movement, performing quietly and reducing drive-related vibration and protecting the drivetrain.

Handling Leakage and Friction As a result of precise manufacturing process and customized material blends, our and become maintenance-free to perform consistently over lifetime of the valve without additional lubrication.

Handling Leakage and Friction Low pressure (LP) EGR seals are running in a lower temperature range than high pressure EGR Seals but still need chemical resistance in order to ensure maintenance-free function over lifetime. Our and designs lower friction and actuation force as well as control leakage in a precise manner, giving our customer confidence in their equipment.

Handling Leakage and Friction Aligned with the LP and HP EGR valves, the EGR bypass valve is located in the EGR periphery or directly on the EGR valve. The EGR bypass valve is exposed to typical chemicals such as sulfuric acid. For an accurate control without stick slip in a dry running sealing application with excellent sealing capability over entire lifetime, Saint-Gobain Seals can provide an efficient sealing solution for this application through our and .

A transmission is needed to convert the available power from the engine into the needed speed and torque of the drivetrain depending on the actual driving conditions. Manual and multiple variants of automatic (stepped automatic, dual clutch, continuous variable and hybrid) transmissions are available. The number of gears has reached a level of 7 for manuals and up to 11 for automatics today. We support these critical applications with highly efficient and thrust washers.

Variable valve timing (VVT) is a system of altering the timing of a valve lift event to improve the efficiency and fuel consumption of an internal combustion engine. Saint-Gobain Seals provides solutions with low leakage and minimized friction losses. Due to our design knowledge, we design complete sealing systems using material such as aluminium to help our customers improve their VVT system to its maximum.

Handling Leakage, Chemical Resistance, Friction and Wear High pressure fuel systems for diesel and gasoline are applied in all modern combustion engines. Our solutions for fuel systems are made out of PTFE or injection molded fluoropolymer components, which lower friction and wear and assist in increased lifetime of the system.

Handling Movement and Control Our solenoid elements (push rods and guide rings) made out of are used to replace metal elements in the TCU. These do allow faster movement and thus better control than past solutions.

Handling Weight and Friction Our high precision parts and low friction sealing solutions () allow our customers to design best fit components in their application and reduce a component’s weight and size.