Gates Corp
Gates PULLEY H-PITCH X 66"-LENGTH TIMING BELTS GAT 8-MX-80-S-62
Poly Chain GT sprockets use the tooth profile designed and developed by Gates and function with Gates Poly Chain GT belts in all existing constructions. These sprockets are statically balanced to make sure the entire belt drive is as safe as possible. Furthermore, they are manufactured, specified, and tested to perfectly support the full power capabilities of the Gates Poly Chain belt product range. Belts and sprockets used together get the best out of your belt drive: maximum performance, prolonged antistatic properties and optimal lifetime.
Gates PULLEY GAT 8-MX-112-S-62
Poly Chain GT sprockets use the tooth profile designed and developed by Gates and function with Gates Poly Chain GT belts in all existing constructions. These sprockets are statically balanced to make sure the entire belt drive is as safe as possible. Furthermore, they are manufactured, specified, and tested to perfectly support the full power capabilities of the Gates Poly Chain belt product range. Belts and sprockets used together get the best out of your belt drive: maximum performance, prolonged antistatic properties and optimal lifetime.
Gates POWERATED FHP V-BELTS GAT 6890
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6889
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6849
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6841
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6834
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6833
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6831
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6830
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6829
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6826
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6824
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6823
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6820
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6760
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6731
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POWERATED FHP V-BELTS GAT 6725
Designed as an alternative to conventional light-duty belts, with high-performance construction to deliver more horsepower, less stretch and provide longer service life.
Gates POLYFLEX V-BELTS GAT 5-M-690
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
Gates POLYFLEX V-BELTS GAT 5-M-670
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
Gates POLYFLEX V-BELTS GAT 5-M-650
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
Gates POLYFLEX V-BELTS GAT 5-M-600
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
Gates POLYFLEX V-BELTS GAT 5-M-560
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
Gates POLYFLEX V-BELTS GAT 5-M-500
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.
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