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Premium belts have the highest power density of any V-belt and stretch dramatically less than standard cross sections. That's why they're ideal for use on problem drives requiring high-impact strength and load-carrying power. Replaces several belts with the strength of a single belt. Banded belts feature a multiple layer tie band that provides excellent lateral rigidity to prevent belts from turning over or from coming off of the drive.

JASON® BX54 Cogged Classical V-Belt, BX Section, 21/32 in W Top, 54 in L Outside, 13/32 in THK

JASON® 3VX560 Cogged Deep Wedge V-Belt, 3VX Section, 3/8 in W Top, 56 in L Outside, 7/8 in THK

Introducing Gates® new patented high performance molded notch V-belt. Transmits an average 50% more horsepower than our standard Super HC® molded notch belts, which helps reduce the overall drive width, weight and cost.

Introducing Gates® new patented high performance molded notch V-belt. Transmits an average 50% more horsepower than our standard Super HC® molded notch belts, which helps reduce the overall drive width, weight and cost.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

The PowerBand® construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove.

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Manufactured in the Americas, these belts are made to Gates® high quality global production standards. Metric-Power™ belts are readily available for replacement on drives that require metric cross-sections.

Manufactured in the Americas, these belts are made to Gates® high quality global production standards. Metric-Power™ belts are readily available for replacement on drives that require metric cross-sections.

Manufactured in the Americas, these belts are made to Gates® high quality global production standards. Metric-Power™ belts are readily available for replacement on drives that require metric cross-sections.

Specifically designed for aggressive applications, this extra heavy duty belt construction provides extraordinary high impact strength, capacity and wear resistance.

Manufactured in the Americas, these belts are made to Gates® high quality global production standards. Metric-Power™ belts are readily available for replacement on drives that require metric cross-sections.

Manufactured in the Americas, these belts are made to Gates® high quality global production standards. Metric-Power™ belts are readily available for replacement on drives that require metric cross-sections.

If you need any additional information, prices, availability, etc. please contact us at 1-800-290-9908 or e-mail us at

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