CTD Profile

The CTD Profile is a high-performance polyurethane timing belt designed for applications with extreme torque requirements and as a replacement for chain drives. Its optimized tooth geometry ensures smooth meshing, low-noise operation, and maximum resistance to tooth jumping, even at high speeds.

Thanks to improved load distribution, peak loads are reduced, ensuring precise and reliable motion transmission in demanding drive systems. Endless manufactured CTD timing belts are suitable for both new designs and existing systems and operate particularly efficiently in combination with matching pulleys.

Available in pitches CTD, C8M, and C14M; additional pitches, lengths, and widths are available on request.

Detailed technical specifications for each timing belt can be found in the respective datasheet.

PDF-Datenblatt: Synchrochain-Carbon.pdf
PDF-Datenblatt: Synchrochain.pdf
CTD Profile

More informations

Higher power transmission, longer service life, no initial tension losses, but in addition 50% less elongation than with aramide, thanks to the use of carbon. Its newly developed carbon tension member secures the CONTI® SYNCHROCHAIN CARBON a place in the elite group of the world’s highest-performance timing belts.

The CONTI® SYNCHROCHAIN CARBON can transmit up to 5 times more power than conventional timing belts with the same overall width. This means that the belt can be significantly narrower and the overall width can be reduced by 80% to transmit the same power. This means the overall systemcosts are significantly reduced by using the CONTI® SYNCHROCHAIN CARBON.

Properties:

  • Temperature-resistant, depending on the application


  • from -40°C to +80°C


  • Suitable for tropical climates


  • Resistant to ageing and ozone


  • Resistant to contraflexure


  • Resistant to simple oils, fats and petrol


  • Conditionally resistant to acids and lyes


  • Silicone-free raw materials and production


  • Maintenance-free


  • Belt speeds up to 40 m/s


  • Increased power output


  • Longitudinally stable throughout its lifetime