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Gates 5VXP750 Super HC XP Notched Premium V-Belt 9688-0750

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    Purchase Gates 5VXP750 Super HC XP Notched Premium V-Belt 9688-0750

    GATES
    SKU: 96880750 Gates 5VXP750 Super HC XP Notched Premium V-Belt 9688-0750

    Shipping Weight: 0.8125 lbs
    Gates 5VXP750 Super HC XP Notched Premium V-Belt 5VX Section 9688-0750
     

    Gates 5VXP750 V-Belt 96880750

    Gates 5VXP750 Super HC XP Notched Premium V-Belt 5VX Section 9688-0750

    Gates new patented high performance molded notch V-belt. The Super HC® XP™ Notched Premium Belt tansmits an average of 50% more horsepower than standard Super HC belts, helping to reduce the oeverall drive width, weight, and cost. Suitable for all industrial applications where weight and horsepower capacity are critical

    • Features and Advantages
    • Aramid Tensile Cords combine limited stretch with extraordinary strength and durability that is pound-for-pound stronger than steel.
    • Distinctive Green Backing provides protections and wear resistance
    • Patented Ethylene Material construction provides -60°F to +250°F temperature range to resist belt cracking
    • 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.
    • Flex-Bonded Cords are strongly bonded to the body of the belt resulting in equal load distribution and the absorption of bendin stress without cord deterioration.
    • Meets ARPM/RMA IP-3-2 oil and heat resistant standards
    • Meets ARPM/RMA IP-3-3 static conductivity requirements
    • Recommended Sheaves: Super HC® Sheaves
    • Designed for applications where standard notched V-Belts FAIL
    • Highest power density of ANY notched V-Belt
    • Fiber loaded undercord stocks provide transverse rigidity for maximum tensile cord support
    • Precision-machined sidewalls provide smooth operation to reduce vibration and extend component life
    • Engineered transverse rigidity allows better load life capacity and maximum efficiency