CONTI SYNCHROCHAIN® CARBON
Synchrochain® CARBON belts
The company is once again demonstrating its market and customer focused expertise, this time with the new CONTI® SYNCHROCHAIN CARBON. The new polyurethane heavy-duty timing belt with a carbon tension member offers no fewer than four advantages over other timing belts.
Light, but durable polyurethane for teeth and backing, high-tensile and, at the same time, longitudinally stable carbon for the tension member, plus a specially coated, wear-resistant fabric: the intelligent design with a combination of especially high-quality materials is a defining feature of the CONTI® SYNCHROCHAIN CARBON. It is thus clean, smooth and particularly reliable power transmission both at high torques and also with high dynamic loads.
The CONTI® SYNCHROCHAIN CARBON
can transmit up to 5 times more power than conventional timing belts for the same overall width, i.e. to transmit the same power requirement, the belt can be significantly narrower, and the overall width can be reduced by up to 80%. This means the overall system costs are also reduced by using the
CONTI ®SYNCHROCHAIN CARBON.
The CONTI® SYNCHROCHAIN CARBON is extremely wear- and abrasion-resistant and maintenance-free. Service life is increased by up to 100% compared with heavy-duty timing belts using aramid cord.
The great stiffness of the cord, i.e. initial tension losses cut almost to zero over the lifetime of the belt. This represents a further enhancement in drive efficiency.
The stretch of the high-tensile carbon tension member which is 50% lower compared with aramid. The CONTI SYNCHROCHAIN® CARBON is therefore suitable for maximum torques and offers longitudinally stable operation over its entire lifetime.
Service life is increased by up to 100%
- Temperature range, depending on application, from -40°C to +80°C
- Suitable for tropical climates
- Withstands reverse flexing
- Resistant to oils, grease and fuel
- Conditionally resistant to acid and alkalis
- Raw materials and production are silicone-free
- Belt speeds up to 40m/s
- Increased power output
- Longitudinally stable throughout its lifetime