• Similar in construction to PowerGrip classical synchronous belts: strong tensile member, precision formed elastomeric teeth and body.
• Neoprene body provide protection against grime, grease, oil and moisture.
• Fibreglass tensile cords.
• Tough nylon facing protects and reinforces the tooth surface.

Advantages

• Twin Power® can transmit up to 100% of its maximum rated load from either side of the belt; alternatively, it can transmit a load on both sides – provided the sum of the loads does not exceed the maximum capacity.
• Non-slip positive drive.
• Runs at low noise.
• Compact, lightweight, and cost-effective drives.
• High tooth jump resistance.
• High-efficiency positive drive.
• Maintenance free.
• No lubrication.

Temperature Range: -35°C to +100°C

• Similar in construction to PowerGrip HTD synchronous belts: strong tensile member, precision formed elastomeric teeth and body.
• Neoprene body provide protection against grime, grease, oil, and moisture.
• Fibreglass tensile cords.
• Tough nylon facing protects and reinforces the tooth surface.

Advantages

• Twin Power can transmit up to 100% of its maximum rated load from either side of the belt; alternatively, it can transmit a load on both sides – provided the sum of the loads does not exceed the maximum capacity.
• Non-slip positive drive.
• Runs at low noise.
• Compact, lightweight, and cost-effective drives.
• High tooth jump resistance.
• High efficiency positive drive.
• Maintenance free.
• No lubrication.

Temperature Range: -35°C to +100°C

• GT (Gates Tooth) modified curvilinear tooth profile.
•  Neoprene body provide protection against grime, grease, oil, and moisture.
• Fibreglass tensile cords.
  Tough nylon facing protects and reinforces the tooth surface.

Advantages

• Twin Power can transmit up to 100% of its maximum rated load from either side of the belt; alternatively, it can transmit a load on both sides – provided the sum of the loads does not exceed the maximum capacity.
• Non-slip positive drive.
• Runs at low noise.
• Compact, lightweight, and cost-effective drives.
• High tooth jump resistance.
• High efficiency positive drive.
• Maintenance free.
• No lubrication.

Temperature Range: -35°C to +100°C

Gates Tri-Power™ V-belt is built for superior performance on heavy duty drives of classical cross-section. The raw edge construction and special notch design makes the Tri-Power™ belt especially suited for drives requiring small diameter pulleys and back idlers. The ethylene EPDM compound allows the belt to handle extreme temperatures up to +120°C.

Construction

• This is a classical section/profile construction.
• Static conductive to ISO and RMA standards for use in explosive environments.
• Flex Bonded tensile cords for resistance to bending stress and separation.
• Cross oriented fibre loaded rubber compound for flexibility and stability.
• Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX.
• EPDM rubber compound to ensure a long service life and a wear-resistant belt under extreme temperatures.

Benefits

• Notched construction to allow bending around small pulley diameters.
• Match system: all sizes meet Gates UNISET tolerances; they can be installed without matching.
• Raw edge, moulded notch construction saves up to 3% on energy costs over wrapped belts.
• Improved flexibility for increased performance on small pulley diameters.
• REACH and RoHS 2 compliant.
• Temperature range: -50°C to +120°C.

Gates Tri-Power™ V-belt is built for superior performance on heavy duty drives of classical cross-section. The raw edge construction and special notch design makes the Tri-Power™ belt especially suited for drives requiring small diameter pulleys and back idlers. The ethylene EPDM compound allows the belt to handle extreme temperatures up to +120°C.

Construction

• This is a classical section/profile construction.
• Static conductive to ISO and RMA standards for use in explosive environments.
• Flex Bonded tensile cords for resistance to bending stress and separation.
• Cross oriented fibre loaded rubber compound for flexibility and stability.
• Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU- ATEX.
• EPDM rubber compound to ensure a long service life and a wear-resistant belt under extreme temperatures.

Benefits

• Notched construction to allow bending around small pulley diameters.
• Match system: all sizes meet Gates UNISET tolerances; they can be installed without matching.
• Raw edge, moulded notch construction saves up to 3% on energy costs over wrapped belts.
• Improved flexibility for increased performance on small pulley diameters.
• REACH and RoHS 2 compliant.
• Temperature range: -50°C to +120°C.

• Expanded temperature range resists heat and cracking
• Increase flexibility ideal for small diameter sheaves
• Reduced bending stress improves efficiency
• Flex bonded tensile cords reduce the need to re-tension
• Precision-machined sidewalls reduce vibration and wear

• Expanded temperature range resists heat and cracking
• Increase flexibility ideal for small diameter sheaves
• Reduced bending stress improves efficiency
• Flex bonded tensile cords reduce the need to re-tension
• Precision-machined sidewalls reduce vibration and wear

Gates Super HC™ PowerBand™ and Hi-Power™ PowerBand™ offer a solution for drives where single belts vibrate, turn over or jump off the pulleys. They consist of several V-belts joined together by a permanent, highstrength tie band offering a tougher more stable solution compared to a single belt.

Construction

• Strong band controls belt-to-belt distance and prevents sideways bending.
• Flex-bonded tensile cords are vulcanized as one solid unit making the belt highly resistant to tensile and flexing forces, fatigue, and shock loads.
• Hi-Power™ PowerBand™ B, C and D sections are available on request.
• Concave sides and arched top.
• Flex-Weave™ cover protects the belt core from the toughest environments.
• Elastomeric compound protects the belt against heat, ozone, and sunlight.
• Static conductive (ISO 1813) and can as such be used in the conditions described in the Directive 2014/34/EU-ATEX.
• Super HC™ PowerBand™ is available in SPB, SPC, 3V(9J), 5V(15J) and 8V(25J) sections.

Benefits

• Better resistance to vibrations.
• High stability and smooth running on the toughest drives.
• Important design economies possible.
• Savings in drive space and weight due to high transmission efficiency.
• Available on demand in Matched sets. Contact Customer Service for details.
• REACH and RoHS 2 compliant.
• Temperature range: -30°C to +60°C.

Construction

• High modulus, new formulated polyurethane compound, superior to conventional belt materials, offers high fatigue and wear resistance and a high friction coefficient. It also improves adhesion to the tensile cords.
• Polyurethane is extremely resistant to heat, chemicals, and oil.
• Uniformity throughout Polyflex™ is ensured because the polyurethane compound is not layered but cast without overlaps for smooth running and low vibration.
• Ribbed top provides lateral rigidity without increasing bending stresses.
• The 60° angle results in better support of the tensile section and provides a more even load distribution.

Benefits

• Design freedom and space savings which are not possible with conventional rubber construction belts.
• Low maintenance cost as belt needs less re-tensioning.
• Long belt life on compact drives.
• Available on demand as Matched sets. Contact Customer Service for details.
• Temperature range: -54°C up to +85°C.

Construction

• High modulus, new formulated polyurethane compound, superior to conventional belt materials, offers high fatigue and wear resistance and a high friction coefficient. It also improves adhesion to the tensile cords.
• Polyurethane is extremely resistant to heat, chemicals, and oil.
• Uniformity throughout Polyflex™ is ensured because the polyurethane compound is not layered but cast without overlaps for smooth running and low vibration.
• Ribbed top provides lateral rigidity without increasing bending stresses.
• The 60° angle results in better support of the tensile section and provides a more even load distribution.

Benefits

• Design freedom and space savings which are not possible with conventional rubber construction belts.
• Low maintenance cost as belt needs less re-tensioning.
• Long belt life on compact drives.
• Available on demand as Matched sets. Contact Customer Service for details.
• Temperature range: -54°C up to +85°C.