Engineered Timing Belts
Feeder Belts | Sausage Belts | Cable Pulling Belts
Engineered Timing Belts
Our Engineered Timing Belts we pay special attention to the individual requirements of your plant or machinery.
Even extremes of strength, exact dimensional tolerances and surface quality specification can be catered for using our modern fabrication techniques.
Feeder Belts
Our Feeder Belts are used in folder gluer machines in the Corrugated Industry to feed the box dies. Our Ultrafeed 500 cover, with its exceptional friction and wear-resistance, gives Feeder Belts excellent performance and a long service life. Food-approved belt covers meet FDA / EC regulations.
Consistent feeding of dies
Improved productivity | Long service life
Reduced maintenance costs
Sausage Belts
Precision machining and a highly flexible Silam cover on a polyurethane aramide reinforced Timing Belt ensures maximum productivity and belt life, even at reduced ambient temperatures. We know that in the Meat Industry, Food Safety is key.
Food Safety demands
Support ISO 22000
Haul-off and Cable-pulling Belts
Designed to operate in pairs on caterpillars, are precision-made to exact specifications. The combination of hardness, thickness and friction properties of the covers deliver an excellent pulling / clamping force ratio, and their special wear-resistance and low-aging qualities ensure a long service life.
Offering different hardness
Friction coefficients
Covering Materials
consists of more than 60 different types divided into 4 segments (Rubber, PU & PVC, Cellular and special Covering Materials) allowing us to customise belts for specific applications.
Deliver the high-performance operation and precision customers want.
Pull Down Belts
Our Pull-down Belts are ideal for this work, and they’re all non-marking and machined specifically to fit the task they perform.
- High-performance
- Wear-resistant
- Tear resistant
- Non-marking
Accessories
Semi-finished belts can be customised to exact requirements.
Belts are trimmed to size for length and width which can be made endless by means of various splicing methods and can be engineered with holes and grooves.