HTD Belts

Dodge® synchronous belt drives require no lubrication. They provide a positive engagement between a toothed belt and a toothed sprocket and are offered with curvilinear, modified curvilinear and trapezoidal tooth profiles.

3136-14MX-37 Dodge® 142790 HT500 High Torque Belt, 14 mm Pitch, 3136 mm OAL, 37 mm W

800-8MX-21 Dodge® 142648 HT500 High Torque Belt, 8 mm Pitch, 800 mm OAL, 21 mm W

Higher power than you've reached before. Narrower drives than ever before. Gates® engineers bring you the most powerful belt on the planet to apply to your most challenging applications. Give yourself a competitive advantage by designing in the Gates® Poly Chain® ADV™ drive system instead of roller chain in your most challenging power transmission applications.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.

Give yourself a competitive advantage by designing in the Gates® Poly Chain® GT® Carbon™ drive system instead of roller chain in your next power transmission application. The patented use of Carbon™ Fiber as the tensile cord in this belt provides increased horsepower rating for greater power density and compactness and increased flexibility, allowing the use of backside idlers. When combined with Gates® Poly Chain® GT®2 sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.