277060 DO-IT-BEST/HWI PRODUCTS
20 ML CONCRETE REPAIR EPOXWYE IS DESIGNED TO ANCHOR REBAR, ALL-THREAD, ETC INTO CONCRETE. ALSO, FOR CONCRETE REPAIR-JWH277060 >
Recently Viewed
20 ML CONCRETE REPAIR EPOXWYE IS DESIGNED TO ANCHOR REBAR, ALL-THREAD, ETC INTO CONCRETE. ALSO, FOR CONCRETE REPAIR-JWH277060 >
Light and strong, the titanium-aluminum alloy handle of the Aluminum Pipe Wrench is heat-treated for maximum strength. REED aluminum pipe wrenches offer tighter tolerances for a snugger wrench, inbeefierin housing for a stronger wrench and textured paint for a better grip.
5/8" X 16" ALIGNING PRY BAR
Milwaukee® 49-57-1687 Annular Cutter, 1-11/16 in Dia Cutter, 2 in D Cutting, Uncoated, Threaded Shank
Drill holes up to 3X faster than twist drill bits with the Milwaukee® 1-11/16 in. threaded Steel Hawg® cutter. This long-lasting cutter features Carbide teeth and an alternating cutting pattern to cut up to a 2 in. hole depth in steel, stainless steel, cast iron or aluminum. The spring-loaded, self-ejecting pin lets you make smoother, more accurate cuts and eject the plug faster. The Steel Hawg cutter works with most electromagnetic drill presses. Use it with arbor 49-57-0030 on Milwaukee's 4262-1 magnetic drill press or arbor 49-57-0010 on Milwaukee's 4292-1 mag press. The 1-11/16 in. bit diameter has a metric thread size of M18 x 1.5 in. shank. Use the threaded Steel Hawg with a No. 3 Morse taper arbor assembly 49 to 57 - 0010.
IDC Products 1-GRV 3/4"-ID A-BELT SHEAVES IDC AK-028-3/4
TB Wood’s® light-duty sheaves are available in two types, both with one and two grooves. AK sheaves are made to accommodate A (4L) belts, BK sheaves are made for A (4L) or B (5L) belts. The two lines of sheaves have identical pitch diameters when using A or 4L belts. Wood’s light-duty sheaves can be equipped with Wood’s QT Sure-Grip® QD-type bushings, quick-detachable tapered bushings that are split through flange and tapered surface to provide a true clamp that is comparable to a shrink fit.
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
