710751 DO-IT-BEST/HWI PRODUCTS
30" PLASTIC LEAF RAKE MADE OF FORTIFIED POLYPROPYLENE TIMES TO RETAIN THEIR SHAPE-JWH710751 >
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30" PLASTIC LEAF RAKE MADE OF FORTIFIED POLYPROPYLENE TIMES TO RETAIN THEIR SHAPE-JWH710751 >
HEX HEAD O-RING PLUG-FTG7144 >
Gates® Power Transmission MegaCrimp™ 8MB-8FPX90 G60 SAE to SAE Hydraulic Elbow Adapter, 3/4-16 x 1/2-14 Nominal, Male O-Ring Boss™ x Feamle NPSM Swivel, Steel, Import
Gates® MegaCrimp™ couplings are designed for use with Gates® wire braid hydraulic hoses to create a robust, leak-free assembly. The pre-assembled coupling is designed with a patented "C" insert attached to the ferrule. This design ensures that crimping forces are evenly distributed to form a concentric, leak-free seal. One MegaCrimp™ coupling size can accommodate various one-and two-wire braid hydraulic hoses of different constructions and wall thicknesses, simplifying inventory requirements, helping to reduce costs and simplifying coupling selection.
Gates® Power Transmission PowerGrip® Twin Power® TP900L050 Light Timing Belt, 1/2 in W, 90 in OAL, 3/8 in Pitch, 240 Teeth, Neoprene
PowerGrip™ Twin Power™ Timing Belts are suitable for all industrial serpentine applications that require rotation reversal in some driven shafts. Twin Power belts have precision-formed elastomeric teeth on both sides to provide high-loading capacity synchronization from both driving surfaces. Due to its double and directly opposite teeth, Twin Power synchronous belts ensure high loading capacity on contra-rotating drives and ensure smooth running and high flexibility. Gates PowerGrip Twin Power belts are designed to perform at high speeds and in extreme temperatures, with a larger tooth profile for increased performance capacity.
1/4-MPT X 3 SCHEDULE-80 STAINLESS STEEL NIPPLE - FIT1/43XHSSN>
1/4-MPT X 3 SCHEDULE-80 STAINLESS STEEL NIPPLE - FIT1/43XHSSN>
Gates® Power Transmission PowerGrip® 480H300 Heavy Timing Belt, 3 in W, 48 in OAL, 1/2 in Pitch, 96 Teeth, Neoprene
The trapezoidal tooth profile of PowerGrip™ Timing belts offers a maintenance-free and economical alternative to conventional chain drives and is well suited for use in positioning applications.
