Further increased performance, noise reduction and extended service life led to the development of the ATP timing belt in 1993.
At the time, the focus was on the optimum tooth form. The basic concept of the new ATP profile provides for the division of the trapezoidal tooth into two individual load-bearing teeth.
Up to 60% increased performance, running noise reduction of up to 10 dB(A) and a longer service life are achieved by the following factors:
BRECOFLEX® timing belts are characterised by their production in endless lengths without continuous tension members and feature a tension member coiled in a thread pattern. Suitable for universal use in drive technology, the timing belts are suitable for all applications up to 10,000 rpm. The Standard and StandardPlus versions are suitable for continuous and start-brake operation.
Thanks to the further development of the Standard BRECOFLEX® timing belt, customers can now also opt for the StandardPlus BRECOFLEX® timing belt, which is primarily designed for use in high-precision positioning applications.
Dimensionally stable and extremely durable CONTI® SYNCHROFLEX® timing belts are available as Standard and GEN III versions.
The Standard version:
High-strength steel cord tension members combined with abrasion-resistant polyurethane guarantee the following product features:
Constant length
No post-elongation
Good dimensional precision
Suitable for high torque transmission
Low-noise running
Maintenance-free
No belt lubrication needed
Resistant to mechanical and chemical influences
The further development of the GEN III generation of timing belts is characterised primarily by up to 25% higher power transmission.
Fper up to max. 45%, thanks to more closely wound cords
Bifilar tension members and balanced S- and Z-stroke design for significantly reduced runoff tendency and optimised directional stability
Reduced flange friction
Minimised running noises with narrower belt width and identical performance
Fspec +25 %
Longer service life
Longitudinal force distribution on up to 30% more load-bearing teeth