High Torque/HTD Belts
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1890-14MGT-40 9232 Synchronous Belt, 135 Teeth, 14 mm Pitch, 1890 mm OAL, 40 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1760-8MGT-30 9232 Synchronous Belt, 220 Teeth, 8 mm Pitch, 1760 mm OAL, 30 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1760-8MGT-20 9232 Synchronous Belt, 220 Teeth, 8 mm Pitch, 1760 mm OAL, 20 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1600-8MGT-50 9232 Synchronous Belt, 200 Teeth, 8 mm Pitch, 1600 mm OAL, 50 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1600-8MGT-20 9232 Synchronous Belt, 200 Teeth, 8 mm Pitch, 1600 mm OAL, 20 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1440-8MGT-85 9232 Synchronous Belt, 180 Teeth, 8 mm Pitch, 1440 mm OAL, 85 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1440-8MGT-20 9232 Synchronous Belt, 180 Teeth, 8 mm Pitch, 1440 mm OAL, 20 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1280-8MGT-30 9232 Synchronous Belt, 160 Teeth, 8 mm Pitch, 1280 mm OAL, 30 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1160-8MGT-20 9232 Synchronous Belt, 145 Teeth, 8 mm Pitch, 1160 mm OAL, 20 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1040-8MGT-30 9232 Synchronous Belt, 130 Teeth, 8 mm Pitch, 1040 mm OAL, 30 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission PowerGrip® GT®2 Twin Power® TP1040-8MGT-20 9232 Synchronous Belt, 130 Teeth, 8 mm Pitch, 1040 mm OAL, 20 mm W, Neoprene
PowerGripâ„¢ GTâ„¢2 Twin Powerâ„¢ Belts feature dual-sided teeth to provide equal load carrying capacity on either belt surface, enabling synchronization from both driving surfaces. These synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates Twin Power PowerGrip GT2 belts are designed to perform at high speeds and characterized by low-running noise, with a larger tooth profile for increased performance capacity.
Gates® Power Transmission Poly Chain® HTD® PC2100-14M-85 Synchronous Belt, 85 mm W, 2100 mm OAL, 14 mm Pitch, 150 Teeth, Polyurethane
Gates original HTDâ„¢ tooth profile combined with Poly Chainâ„¢ belt construction.
Gates® Power Transmission Poly Chain® GT® Carbon™ 5MGT-600-25 Synchronous Belt, 25 mm W, 600 mm OAL, 5 mm Pitch, 120 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-994-20 Synchronous Belt, 20 mm W, 994 mm OAL, 14 mm Pitch, 71 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-4410-68 Synchronous Belt, 68 mm W, 4410 mm OAL, 14 mm Pitch, 315 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-4410-37 Synchronous Belt, 37 mm W, 4410 mm OAL, 14 mm Pitch, 315 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3920-68 Synchronous Belt, 68 mm W, 3920 mm OAL, 14 mm Pitch, 280 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3920-20 Synchronous Belt, 20 mm W, 3920 mm OAL, 14 mm Pitch, 280 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3920-125 Synchronous Belt, 125 mm W, 3920 mm OAL, 14 mm Pitch, 280 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3850-90 Synchronous Belt, 90 mm W, 3850 mm OAL, 14 mm Pitch, 275 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3500-37 Synchronous Belt, 37 mm W, 3500 mm OAL, 14 mm Pitch, 250 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3304-37 Synchronous Belt, 37 mm W, 3304 mm OAL, 14 mm Pitch, 236 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3136-90 Synchronous Belt, 90 mm W, 3136 mm OAL, 14 mm Pitch, 224 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
Gates® Power Transmission Poly Chain® GT® Carbon™ 14MGT-3136-20 Synchronous Belt, 20 mm W, 3136 mm OAL, 14 mm Pitch, 224 Teeth, Polyurethane
Give yourself a competitive advantage by designing in the Gates Poly Chainâ„¢ GTâ„¢ 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. When combined with Gates Poly Chain GT sprockets, you have a lightweight, long-lasting, maintenance-free system that's more than a match for roller chain.
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Klein Tools Barrel-Type Drift Pins are manufactured for durability. They are machined from quality alloy steel, which is forged and heat-treated for strength. The tough, drop-forged steel will properly end-pein in use.
Link-Belt® 10415070 200 Standard-Duty Flange Block Ball Bearing, 2-15/16 in Dia Bore, 6 in L Bolt Center-to-Center, 4-Bolt Square Flange Mount, 7-3/4 in OAL/Dia
200 series standard duty ball bearing units provide a versatility of application arrangements for carrying shafts with radial or combination radial and thrust loads. They are designed for general purpose industrial machinery, conveyors, chain, belt drives, fans, blowers, power transmission and many other applications.
Masterduct 363-050-107 Master-TPR PLUS Lightweight Suction and Transport Hose, 2 in Nominal, 25 ft L, Thermoplastic/Fabric/Steel
SUCTION AND TRANSPORT HOSE LIGHT/MEDIUM WEIGHT
IKO manufactures a wide range of radial Needle Roller Bearings to meet the needs of different applications and machine profiles. These include shell type bearings, needle roller cages for both general use and within engine connecting rods and machined type Needle Roller Bearings. Shell type Needle Roller Bearings are lightweight, low profile motion components designed to handle either high speeds or heavy loads, depending on the configuration. An outer ring made of high strength steel enables a streamlined profile with the lowest sectional height of all the Needle Roller Bearings.
IKO manufactures a wide range of radial Needle Roller Bearings to meet the needs of different applications and machine profiles. These include shell type bearings, needle roller cages for both general use and within engine connecting rods and machined type Needle Roller Bearings. Shell type Needle Roller Bearings are lightweight, low profile motion components designed to handle either high speeds or heavy loads, depending on the configuration. An outer ring made of high strength steel enables a streamlined profile with the lowest sectional height of all the Needle Roller Bearings.
O-rings are closed circular rings of circular cross-section. They are made through vulcanization from form tools as a complete ring. The sealing function of the O-ring is achieved by the deformation of the cross-section when installed and compressed in its housing. The O-ring can be compressed either radially or axially in its installation housing. In operating conditions the pressure exerted by the media reinforces the sealing function, as under pressure the elastomer material functions as a non-compressible fluid.
