V Belts

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Wedge TLP™

Designed to resist elongation over three times better than competitors. Maintenance-free with longer life, its static conductive double envelope construction uses two rubber impregnated wraps to enhance durability and abrasion resistance.

• Homogenous design uses a fiber-rich rubber compound to prevent cord distortion
• Higher horsepower capacity conveys more power in a smaller package
• Enhanced compound affords greater flexibility, less flex fatigue and longer life
• Offers reduced risk of tension decay in power heavy-duty industrial markets
• Available in the standard 3V, 5V and 8V sizes covering a wide variety of applications for today's specialized industrial demands

HY–T® Wedge

A narrow cross-section V-belt that distributes stresses more uniformly over tension members delivering more consistent and reliable power transmission.

• Equal horsepower can be generated with smaller, lighter belts (compared to classical style belts) which means sheaves can be smaller and lighter
• Deeper wedge profile creates more contact with sheaves (compared to classical style belts) resulting in increased horsepower
• Cut edge cogged belts feature EPDM construction
• Available in a raw edge construction with cogs for increased horsepower or envelope construction where pulsation, shock loads, high tension and long centers are involved
• Vytacord® tension members provide strength and dimensional stability for Matchmaker® performance
• Temperature range -400F to 2300F (-400 to 1100C

HY-T® Wedge Torque Team®

A narrow cross-section joined belt for higher performance and shock load applications ideal for pulsating loads, high capacity drives and/or short center heavy-duty drives.

• Individual belts are joined by tough backing fabric so all ribs pull together
• Each rib wedges in the sheave groove for maximum traction and efficiency
• Vytacord® tension members provide predictable performance over the life of the belt
• Cushion rubber is a fiber-reinforced compound contributing heat and oil resistance and exceptional cord support

Torque Team Plus®

A narrow cross-section joined belt with aramid cords made for the industry's toughest high horsepower drives requiring higher tension and increased resistance to shock loads. Up to 50% more horsepower capacity than standard belts.

• Perfectly matched belts within a banded set
• Less maintenance required due to low stretch means less downtime
• Reduced drive component size
• Aramid fiber treated with enhanced cord-to-rubber adhesions provides 5x greater horsepower capacity
• Resists deterioration due to environmental conditions

Metric Belts

Superior performance under the toughest conditions

• Strong and flexible
• Operating under one of the widest temperature ranges in the industry from -40°F to 230°F (-40°C to 110°C)
• Universal fit for metric precision
• Wedge profile for small drive
• Cut edge cogged belt construction features EPDM compound

HY-T® Plus

Designed for operating at higher speeds over small diameter pulleys and short center distances. Ideal for use in multiple V-belt drives where high shock load and heavy-duty loads are encountered.

• Engineered heat- and oil-resistant rubber compound impregnated envelope fabric provides positive traction, maximum flexibility and extended wear resistance
• Vytacord® tensile members control stretch so that it is minimal, predictable and uniform

HY-T® Torque Team®

A classical cross-section joined belt for shock load applications ideal for pulsating loads, high-capacity drives and/or short center heavy-duty drives

• Individual belts are joined together by tough backing fabric so all the ribs pull together
• Each rib wedges in the sheave groove for maximum traction and efficiency
• Banded belts that solve the problem of pulsation, vibration, shock loading and misalignment
• Vytacord tension members are treated with the 3T process which removes excessive stretch and improves dimensional stability to provide predictable performance over the life of the belt
• Fiber-based cushion contributes heat and oil resistance and core support