Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves

Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue and shock loads

Precision-ground straight sidewalls give a uniform wedging action and ensure the belt fits correctly in the pulley grooves

Molded Notches reduce and evenly distribute thermal and bending stresses

Machined belt edge provides maximum sheave groove contact for even wear and extended belt life

Proprietary Flex-Weave® cover protects the belt's interior from oil, contaminants and heat

Promotes smoother, quieter operation, with less slippage and belt wear

Elastomeric compound protects the belt against heat, ozone and sunlight

Even with severe slippage, the belt will not catch fire from heat build-up

Designed for high horsepower, space-constrained applications

Improved belt life reducing expensive maintenance time

Optimally constructed for small sheave diameter drives

The molded notch pattern also reduces noise

Patented Ethylene Material construction

More compact design compared to classical section V-belts

Cost and space savings by reducing size of pulleys, bearings, guards and mounts

Match system - all sizes meet Gates UNISET tolerances, they can be installed without matching

Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX

Reach Compliant

RoHS Compliant

Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue and shock loads

Precision-ground straight sidewalls give a uniform wedging action and ensure the belt fits correctly in the pulley grooves

Molded Notches reduce and evenly distribute thermal and bending stresses

Machined belt edge provides maximum sheave groove contact for even wear and extended belt life

Proprietary Flex-Weave® cover protects the belt's interior from oil, contaminants and heat

Promotes smoother, quieter operation, with less slippage and belt wear

Elastomeric compound protects the belt against heat, ozone and sunlight

Even with severe slippage, the belt will not catch fire from heat build-up

Designed for high horsepower, space-constrained applications

Improved belt life reducing expensive maintenance time

Optimally constructed for small sheave diameter drives

The molded notch pattern also reduces noise

Patented Ethylene Material construction

More compact design compared to classical section V-belts

Cost and space savings by reducing size of pulleys, bearings, guards and mounts

Match system - all sizes meet Gates UNISET tolerances, they can be installed without matching

Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX

Reach Compliant

RoHS Compliant

Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue and shock loads

Precision-ground straight sidewalls give a uniform wedging action and ensure the belt fits correctly in the pulley grooves

Molded Notches reduce and evenly distribute thermal and bending stresses

Machined belt edge provides maximum sheave groove contact for even wear and extended belt life

Proprietary Flex-Weave® cover protects the belt's interior from oil, contaminants and heat

Promotes smoother, quieter operation, with less slippage and belt wear

Elastomeric compound protects the belt against heat, ozone and sunlight

Even with severe slippage, the belt will not catch fire from heat build-up

Designed for high horsepower, space-constrained applications

Improved belt life reducing expensive maintenance time

Optimally constructed for small sheave diameter drives

The molded notch pattern also reduces noise

Patented Ethylene Material construction

More compact design compared to classical section V-belts

Cost and space savings by reducing size of pulleys, bearings, guards and mounts

Match system - all sizes meet Gates UNISET tolerances, they can be installed without matching

Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX

Reach Compliant

RoHS Compliant

Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue and shock loads

Precision-ground straight sidewalls give a uniform wedging action and ensure the belt fits correctly in the pulley grooves

Molded Notches reduce and evenly distribute thermal and bending stresses

Machined belt edge provides maximum sheave groove contact for even wear and extended belt life

Proprietary Flex-Weave® cover protects the belt's interior from oil, contaminants and heat

Promotes smoother, quieter operation, with less slippage and belt wear

Elastomeric compound protects the belt against heat, ozone and sunlight

Even with severe slippage, the belt will not catch fire from heat build-up

Designed for high horsepower, space-constrained applications

Improved belt life reducing expensive maintenance time

Optimally constructed for small sheave diameter drives

The molded notch pattern also reduces noise

Patented Ethylene Material construction

More compact design compared to classical section V-belts

Cost and space savings by reducing size of pulleys, bearings, guards and mounts

Match system - all sizes meet Gates UNISET tolerances, they can be installed without matching

Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX

Reach Compliant

RoHS Compliant

Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue and shock loads

Precision-ground straight sidewalls give a uniform wedging action and ensure the belt fits correctly in the pulley grooves

Molded Notches reduce and evenly distribute thermal and bending stresses

Machined belt edge provides maximum sheave groove contact for even wear and extended belt life

Proprietary Flex-Weave® cover protects the belt's interior from oil, contaminants and heat

Promotes smoother, quieter operation, with less slippage and belt wear

Elastomeric compound protects the belt against heat, ozone and sunlight

Even with severe slippage, the belt will not catch fire from heat build-up

Designed for high horsepower, space-constrained applications

Improved belt life reducing expensive maintenance time

Optimally constructed for small sheave diameter drives

The molded notch pattern also reduces noise

Patented Ethylene Material construction

More compact design compared to classical section V-belts

Cost and space savings by reducing size of pulleys, bearings, guards and mounts

Match system - all sizes meet Gates UNISET tolerances, they can be installed without matching

Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX

Reach Compliant

RoHS Compliant

Belt Edge is machined for even sheave groove contact, resulting in smoother running, less slip and wear

Cross oriented fiber loaded rubber compound for flexibility and stability

Flex-Bonded tensile cords are strongly forged to the body of the belt, resulting in equal load distribution with absorption of bending stress and separation without cord deterioration

Notches molded into the belt during manufacturing increase flexibility, making this belt well suited for drives with smaller diameter sheaves