Critical systems demand high-performance parts
Increase HVAC system efficiency to slash energy costs.
Why Gates
V-Belts
Synchronous Belts
Calculate Savings
Talk to an Expert
Don't let low performance impact your bottom line. As energy prices continue to rise, your facility can't afford to lose dollars to inefficient systems. Gates v-belts can improve drive efficiency by 2%, when compared to competitive v-belts - and switching to Gates synchronous belts offers even greater savings, operating at 99% efficiency throughout their lifespan!
Increase System Efficiency
HVAC systems run nearly constantly, which puts strain on equipment parts. Gates power transmission offerings have a reputation for reliability - and for good reason! Our belts are designed to outlast your replacement cycle, stand up to environmental factors, and require minimal maintenance.
No Time for Downtime
Want to explore how you can upgrade your systems, but not sure where to start? Gates supports our customers with free engineering support to design drives, determine the best solution for your specific application, and solve any pain points that may arise during or after installation. Our extensive distribution network makes it easy to find the parts you need.
Coverage and Support
Your HVAC systems play an important role in keeping your facility operational. When equipment failure isn't an option, trust Gates belts for high performance, reliability, and comprehensive application support.
V-Belts
V-belts are essential power transmission components in industrial applications throughout the world. Excessive belt slippage, stretching, and wear can result in big problems for facilities - with disproportionate resources spent re-tensioning, maintaining, and replacing under-performing belts.
Gates offers high-performance v-belts engineered to provide energy savings, minimized maintenance, and a longer lifespan than competitive belts. Learn more about Tri-Power® and Super HC® Molded Notch v-belts by clicking on the icons.
Gates v-belts are designed to minimize stretch - and the frequency of re-tensioning! Flex-bonded cords are forged to the belt body, resulting in equal load distribution and absorption of bending stress without cord deterioration.
Tri-Power® Molded Notch V-belt
go back
High temperatures can dramatically degrade belt lifespan. Gates v-belts use a patented ethylene elastomer construction with an extended temperature range to resist cracking. This material meets ARPM/RMA standards for oil and heat resistance, as well as static conductivity.
Tri-Power® Molded Notch V-belt
go back
Raw machined belt edges provide even sheave groove contact, resulting in a 2% efficiency increase over wrapped v-belts. Specially designed molded notches dissipate heat better than standard v-belts and are engineered to increase flexibility for improved energy efficiency.
Tri-Power® Molded Notch V-belt
go back
Tri-Power®
super hc®
V-Belts
Designed for classical cross-section drives, Tri-Power® v-belts are a drop-in replacement for the standard v-belts in your HVAC systems. This belt is a high-horsepower solution suitable for small diameter pulleys and back-side idler drives.
Tri-Power® Molded Notch V-belt
go back
Designed for narrow cross-section drives, Super HC® molded notch v-belts are a drop-in replacement for the standard v-belts in your HVAC systems. This belt is a high-horsepower solution ideal for applications constrained by drive weight or physical space.
Super HC® Molded Notch V-belt
go back
Gates v-belts are designed to minimize stretch - and the frequency of re-tensioning! Flex-bonded cords are forged to the belt body, resulting in equal load distribution and absorption of bending stress without cord deterioration.
Super HC® Molded Notch V-belt
go back
High temperatures can dramatically degrade belt lifespan. Gates v-belts use a patented ethylene elastomer construction with an extended temperature range to resist cracking. This material meets ARPM/RMA standards for oil and heat resistance, as well as static conductivity.
Super HC® Molded Notch V-belt
go back
Raw machined belt edges provide even sheave groove contact, resulting in a 2% efficiency increase over wrapped v-belts. Specially designed molded notches dissipate heat better than standard v-belts and are engineered to increase flexibility for improved energy efficiency.
Super HC® Molded Notch V-belt
go back
Synchronous Belts
V-Belts
The positive tooth/groove engagement present in synchronous belt systems negates many common forms of energy loss, such as slip, torque loss, and friction. Less energy loss translates to lower energy usage, for significant cost savings.
PowerGrip™ GT4™
go back
Reduce maintenance costs associated with re-tensioning and belt replacement! With virtually no maintenance needs and a longer lifespan than competitive v-belts, Gates synchronous belts offer high performance and a low total cost of ownership.
PowerGrip™ GT4™
go back
PowerGrip™ GT4™ has a next-generation ethylene elastomer body, providing class-leading power capacity and an extended temperature range, perfect for applications that commonly experience high ambient temperatures. A fiberglass tensile cord provides excellent flex life and minimizes stretch.
PowerGrip™ GT4™
go back
Gates synchronous belts operate at 99% efficiency for the life of the belt, increasing overall system efficiency for measurable energy savings. They also last longer than competitive v-belts, reducing your facility's environmental impact.
PowerGrip™ GT4™
go back
The positive tooth/groove engagement present in synchronous belt systems negates many common forms of energy loss, such as slip, torque loss, and friction. Less energy loss translates to lower energy usage, for significant cost savings.
Poly Chain® GT® Carbon™
go back
Reduce maintenance costs associated with re-tensioning and belt replacement! With virtually no maintenance needs and a longer lifespan than competitive v-belts, Gates synchronous belts offer high performance and a low total cost of ownership.
Poly Chain® GT® Carbon™
go back
Poly Chain® GT® Carbon™ has a durable polyurethane construction that resists chemicals, moisture, and other environmental factors for increased reliability and durability. A robust carbon tensile cord combines minimal stretch with extraordinary strength and load carrying capacity.
Poly Chain® GT® Carbon™
go back
Gates synchronous belts operate at 99% efficiency for the life of the belt, increasing overall system efficiency for measurable energy savings. They also last longer than competitive v-belts, reducing your facility's environmental impact.
Poly Chain® GT® Carbon™
go back
Converting your v-belt drives to synchronous belts can yield big savings - the Department of Energy has calculated that businesses could realize $1.5 billion in energy savings annually by simply converting existing v-belt drives to synchronous belt drives.
Gates offers industry-leading synchronous belts designed to increase your systems efficiency, cut your energy usage, and minimize your operational expenses. Learn more about Poly Chain® GT® Carbon™ and PowerGrip™ GT4™ belts by clicking on the icons.
polychain®
Powergrip™ gt4™
© 2023 Gates, Inc.
Privacy Policy
Terms and Conditions
Contact Us
Talk to an expert
Fill out the form to get your HVAC system evaluated by a Gates solution expert.
Find out how Gates belt drives can increase your overall system efficiency and add dollars back to your bottom line.
Want to see how much you could save on energy costs by switching to Gates synchronous belts?
Calculate your energy savings
why gates
V-belts
synchronous belts
calculate savings
talk to an expert
© 2023 Gates, Inc.
Privacy Policy
Terms and Conditions
Contact Us
