Wedge Belts
5-VX-1060 Industrial V-Belts - 5VX Section, 5/8 in Top Width, 1 Strand, 106.0000 in Nominal Outside Length, Cogged
Finding a belt that fits into your compact machinery without sacrificing power or efficiency is a daily challenge. When every inch of space is precious and traditional belts just don't cut it, the Super HC Molded Notch (MN) V-belt is your solution. This bandless, high-performance belt, crafted from ethylene elastomer with precision-molded notches, provides superior cord support and flexibility to improve load distribution and reduce maintenance needs. Whether you aim to boost your drive efficiency or minimize downtime, Gates Super HC MN V-belts deliver the durability and performance to keep your industrial processes running smoothly.
8/3-VX-900 8-grv Banded V-belt 3-v X-900
8-GRV BANDED 3-V X-900 V-BELT-GAT8/3VX900 >
Bando Power Ace® Cog 5VX900 V-Belt, 0.62 in W Top, 90 in L Outside, 0.54 in THK, 5VX Section, Rubber
Bando Power Ace® Cog 5VX900 V-Belt, 0.62 in W Top, 90 in L Outside, 0.54 in THK, 5VX Section, Rubber
Browning® Gripband® 1087246 Non-Cogged V-Belt, 5V Section, 5/8 in W Top, 160 in L Outside, 17/32 in THK, Neoprene
Browning® Gripband® 1087246 Non-Cogged V-Belt, 5V Section, 5/8 in W Top, 160 in L Outside, 17/32 in THK, Neoprene
Browning® Gripband® 3079555 Cogged V-Belt, 3VX Section, 3/8 in W Top, 50 in L Outside, 15/16 in THK, Neoprene
Browning® Gripband® 3079555 Cogged V-Belt, 3VX Section, 3/8 in W Top, 50 in L Outside, 15/16 in THK, Neoprene
Browning® Gripband® 3079621 Cogged V-Belt, 3VX Section, 3/8 in W Top, 75 in L Outside, 15/16 in THK, Neoprene
Browning® Gripband® 3079621 Cogged V-Belt, 3VX Section, 3/8 in W Top, 75 in L Outside, 15/16 in THK, Neoprene
Browning® Gripband® 3079944 Cogged V-Belt, 5VX Section, 5/8 in W Top, 80 in L Outside, 17/32 in THK, Neoprene
Browning® Gripband® 3079944 Cogged V-Belt, 5VX Section, 5/8 in W Top, 80 in L Outside, 17/32 in THK, Neoprene
Browning® Gripband® 3080140 Cogged V-Belt, 5VX Section, 5/8 in W Top, 80 in L Outside, 17/32 in THK, Neoprene
Browning® Gripband® 3080140 Cogged V-Belt, 5VX Section, 5/8 in W Top, 80 in L Outside, 17/32 in THK, Neoprene
Finding a belt that fits into your compact machinery without sacrificing power or efficiency is a daily challenge. When every inch of space is precious and traditional belts just don't cut it, the Super HC Molded Notch (MN) V-belt is your solution. This bandless, high-performance belt, crafted from ethylene elastomer with precision-molded notches, provides superior cord support and flexibility to improve load distribution and reduce maintenance needs. Whether you aim to boost your drive efficiency or minimize downtime, Gates Super HC MN V-belts deliver the durability and performance to keep your industrial processes running smoothly.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
Combines the strength of a wrapped belt construction with the economies of a narrow section V-belt. Transmits more power in a given space and allows more compact drive design than classical section V-belts. In short, it offers you more power and considerably reduces the space needed. This significantly cuts the overall drive cost. Super HC™ V-belts also have exclusive Gates construction features for longer life on your drives.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
When your power transmission application needs a high horsepower solution but is constrained by drive weight or physical space, the answer is Super HC™ Molded Notch belts. Our proprietary ethylene construction process provides a superior combination of flex and load-carrying capacity, transmitting up to three times the horsepower versus comparably sized belts. Super HC MN V-belts put more power where high speeds, high speed ratios or small pulley diameters are required, offering significant benefits over classical section V-belts.
Combines the strength of a wrapped belt construction with the economies of a narrow section V-belt. Transmits more power in a given space and allows more compact drive design than classical section V-belts. In short, it offers you more power and considerably reduces the space needed. This significantly cuts the overall drive cost. Super HC™ V-belts also have exclusive Gates construction features for longer life on your drives.
Manufactured to our exacting standards for quality, safety, and dependability. Their proprietary construction ensures unmatched load-carrying capacity paired with superior flex and stretch resistance.
Recently Viewed
Gates® Power Transmission Metric-Power™ XPZ1060 Heavy Duty Molded Notch V-Belt, XPZ Section, 10 mm W Top, 1063 mm L Outside, 8 mm THK, EPDM
Manufactured to our exacting standards for quality, safety, and dependability. Their proprietary construction ensures unmatched load-carrying capacity paired with superior flex and stretch resistance.
Gates® Power Transmission PowerGrip® GT®3 1610-14MGT-85 Synchronous Belt, 85 mm W, 1610 mm OAL, 14 mm Pitch, 115 Teeth, Neoprene
Engineered with the latest in advanced technology and materials science expertise, Gates PowerGrip™ GT4 delivers the highest power-carrying capacity of any belt in its class. In addition, Gates designed a belt with increased chemical resistance and larger temperature range capability. Gates PowerGrip GT4 belt delivers improved performance over a wide range of industrial applications. The 8MGT and 14MGT pitches are the optimum choice for high performance drives in the machine tool, paper and textile industries where durability and low maintenance are required. From resource processing to heavy manufacturing, automated production to custom assembly — Gates PowerGrip GT4 solutions improve uptime, efficiency, productivity, reliability and safety for industries around the world.
1001 1/2-lb Non-sparking Bronze Hammer With Hickory Wood Handle
1/2-LB NON-SPARKING BRONZE HAMMER WITH HICKORY WOOD HANDLE - COO1001>
Apex® SF-10MM13 Standard Length Socket, Metric, 3/8 in Square Drive, 10 mm Socket, 6 Points
Apex® SF-10MM13 Standard Length Socket, Metric, 3/8 in Female Square Drive, 10 mm Socket, 6 Points
Gates® Power Transmission 2322V421 Bandless Multi-Speed V-Belt, 1-7/16 in W Top, 22 deg Groove, 42.9 in L Outside, Rubber
Power transmission systems do more than operate at constant speeds with constant outputs. Customers increasingly need variable speed systems to regulate the speed and rotational force, or output torque, of critical mechanical equipment. Our Multi-Speed belts are engineered for efficiency, energy savings and increased productivity at a wide range of speeds and speed ratios.
