A-330-3/8 CROSBY MATERIAL HANDLING GROUP 3/8" GR-80 CLEVIS GRAB HOOK
3/8" ALLOY GRAB HOOKS 1027285-CROA3303/8 >
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A-330-3/8 CROSBY MATERIAL HANDLING GROUP 3/8" GR-80 CLEVIS GRAB HOOK
3/8" ALLOY GRAB HOOKS 1027285-CROA3303/8 >
Milwaukee® Steel Hawg® 49-57-8068 1-Piece Annular Cutter, 11/16 in Dia Cutter, 1/2 in D Cutting, Carbide, 3-Flat Shank
Make a thinner cut through material and drill holes up to 3X faster with the Milwaukee® 11/16 in. one-piece Steel Hawg® cutter. This long-lasting cutter features Carbide teeth and an alternating tooth form geometry to cut holes fast in steel, stainless steel and cast iron that's up to 1/2 in. thick. The milled 3-flat shank is designed to fit into 1/2 in. chucks. Milwaukee's most popular specialty steel drilling accessory, the one-piece Steel Hawg cutter is often used to cut a hole 1/16 in. larger than a bolt. It can be used with most electromagnetic drill presses and fits most 1/2 in. chucks.
Browning® finished bore sprockets are offered in single strands. Offerings include 35 to 100 pitch range. Finished bore sprockets are available from 3/8 to 2-7/16 in. Hardened teeth are available up to 30 teeth.
FAST ORANGE HAND CLEANER-JWH584762>
A-338-1/2 CROSBY 1/2" G-100 ALLOY GRAB HOOK
The Crosby A-338 1/2" is a heavy-duty Grade 80 alloy steel clevis grab hook manufactured by The Crosby Group. It is engineered primarily for industrial rigging, load securement, and tie-down applications involving Grade 80 alloy chain.
Crescent® 0090MCP Bolt Cutter, 3/8 in Soft, 5/16 in Medium, 9/32 in Hard Materials Cutting, 18.55 in OAL, Center Cut, Steel Jaw
The Crescent H.K. Porter double compound action bolt cutter with PowerPivot™ technology is an industrial-grade bolt cutter featuring more cutting power with 30% less effort when cutting 7/16 In. HRC-31, 3/8 In. HRC-42, and 5/16 In. HRC-48. It’s the perfect solution for production facilities, maintenance and repair operations, utilities, construction sites, oil and gas operations and more. The unique PowerPivot™ geometry was developed using advanced computer-aided design to create a double compound action system with greater efficiency than competitive bolt cutters.

