Specification 1.timing belt can transmission accurately,non-slip,while working with a constant velocity ratio. 2.timing belt stable and has buffer and damping capacity,low noise. 3.timing belt maintenance is convenient,without lubrication,low maintenance cast. Construction BACKING: A durable......Send Inquiry
1.timing belt can transmission accurately,non-slip,while working with a constant velocity ratio.
2.timing belt stable and has buffer and damping capacity,low noise.
3.timing belt maintenance is convenient,without lubrication,low maintenance cast.
A durable flexible backing made from polychloroprene that encases the load carrying tensile member. It protects the cords from oil, moisture also from frictional wear if power is transmitted from back of belt.
Fibreglass cord tensile member for high tensile strength exhibits excellent flex life and high resistance to elongation. Teeth:
Teeth moulded with backing made of shear resistant resistant polychloroprene compound. Precisely formed and accurately spaced to assure correct engagement with the pulley grooves.
Tough, wear resistant nylon fabric protects the tooth and gives low co-efficient of friction for smooth pulley interaction.
Positive non-slip drive maintains exact speed ratio without creep or slip.
Minimum heat build up results in cooler operations.
Do not stretch in use and are corrosion free, clean operation makes them ideal for contamination sensitive applications.
Moderate oil and heat resistant
Can withstand temperatures between - 20° C to 100° C.
No maintenance, no lubrication is required. No re-tensioning. No need for adjustable motor bases. Reduced operating cost.
Wide range of applications from FHP to 500 kW, speeds up to 20,000 rpm, speed ratio up to 20:1.
Compact design with lesser weight. High flexibility allows the use of very small pulleys.
Positioning accuracy at constant driven speeds with efficiencies up to 99%.
Smooth operation and constant angular velocity with no jerk or vibration.
Reduced belt tension. Longer drive bearing life.
Optimized tooth design providing optimum meshing efficiency, energy loss reduced to an absolute minimum.
Reduced noise levels.