Good Vibes Only - with febi Flexible Discs
Feel the Silence with febi Flexible Discs
The flexible disc or propshaft coupling is a torsional flexible rubber disc which forms part of the vehicle's Driveline.
They are used in many rear-wheel drive and four-wheel drive configurations to transmit torque from the transmission to the propeller shafts, and from there to the front/rear axle differentials.
This design of flexible coupling joint is used to absorb impact and shock forces to reduce drivetrain disturbances and prevent angular misalignment.
Torque from the drivetrain is transmitted through loop packages made from special textile fibres using unique Tenpu® technology, which are then embedded in vulcanised rubber.
This greatly reduces noise, vibration and harshness from the drivetrain and ensures maximum driver and passenger comfort.
Your Benefits:
Extensive Range
covering the most popular vehicle types in Europe, febi provides more than 100 flexible discs and continuously adds new products into its range. Covering 22,000+ European and Asian car applications. In addition, febi flexible discs are also available as ProKit.
Perfect Partnership
SGF is the perfect partner for febi. As an original equipment supplier, SGF offer 70 years of experience in cord and bonding technology to fulfil the highest requirements of the automotive industry. SGF drive joints guarantee comfort. They effectively and safely dampen noise and vibrations in the vehicles of premium brands world-wide. Ferdinand Bilstein exclusively offers a complete assortment of OE-quality drive joints in the spare parts market.
High Quality
All febi flexible discs go through a stringent 3-stage inspection process to ensure that they meet the high Quality standards of the bilstein broup.
Premium Content
febi offers flexible discs from German production; exclusively in the proven SGF quality.
Superior Technology
flexible discs from SGF and FEBI use Tenpu® thread technology - allowing for compact, narrower, and lighter drive joint disc dimensions. As a result, vibrations are effectively minimised and optimal transmission is ensured.
