MOISTURIZING LOTIONS, OINTMENTS AND CREAM
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NOTCHED GRIP V-BELT OUTSIDE CIRCUMFERENCE 48-PIXAX46 >
Proto® J365/16 Offset Screwdriver, 3/4 in L x 5/16 in W Blade, 5/16 in Keystone/Slotted Point, 6-1/8 in OAL
Crosby® 1027409 H-331-5/16 Slip Hook, 5/16 in Trade, 2875 lb Load, Clevis Attachment, Forged Carbon Steel
Crosby® 1027409 H-331 Slip Hook, 5/16 in Trade, 2875 lb Load, Clevis Attachment, Forged Carbon Steel
Leviton® L7986 Bus Drop Duty Closed Single Weave Single U Eye Cable Support Grip, 1900 lb Breaking Strength, 0.82 to 1 in Cable, Bronze, TiN Coated
Leviton® wire mesh safety grips are built tough to provide the strength, reliability and gripping force required for today's demanding wire management applications. They are designed to distribute stress over a large area so they can securely hold, pull or support the wire, rope, tubing or fiber optic cable to which they are applied. Leviton® wire mesh safety grips are flexible holding devices used to pull cable, rope or tubing into place, to support it after it has been installed, to prevent cable pullout or to provide strain relief that reduces the arc of bend at points of wire connections or terminations. Available in a wide selection of style, weave, attachment and wire options designed to meet the highest standards for strength, flexibility, durability and longevity.
MORSE® 92404 2046G General Purpose Straight Flute Hand Tap, Right Hand Cutting, 3/8-16 Thread, H3 Thread Limit, Plug Chamfer, 4 Flutes, TiN Coated, HSS
MORSE® 92404 2046G General Purpose Straight Flute Hand Tap, Right Hand Cutting, 3/8-16 Thread, H3 Thread Limit, Plug Chamfer, 4 Flutes, TiN Coated, HSS
Gates® Power Transmission Hi-Power® II A118 Banded Heavy Duty V-Belt, A Section, 1/2 in W Top, 120 in L Outside, 5/16 in THK, EPDM
The wrapped classical section Hi-Power™ V-belt has a long reputation for reliability on agricultural and industrial applications. The arched top of the Hi-Power belt provides superior strength to prevent "dishing" and distortion of the tensile section. The cords are properly aligned, each of them carrying its full share of the load.
