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Bi-metal blade made with 8% cobalt keeps teeth sharp longer and increases blade life. Use with materials 3/16 in (5 mm) and thicker. Electronic beam weld allows for a more powerful bond. For wood...
Bi-metal blade made with 8% cobalt keeps teeth sharp longer and increases blade life. Use with materials 3/16 in (5 mm) and thicker. Electronic beam weld allows for a more powerful bond. For wood and nail embedded wood.Unit: PK 5
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth for heavy duty and demolition applications in wood and metal. Use with materials 3/16 in (5 mm) and thicker....
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth for heavy duty and demolition applications in wood and metal. Use with materials 3/16 in (5 mm) and thicker. Precision set teeth for faster, smoother cuts and 8% cobalt keeps teeth sharp longer.Unit: PK 5
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth; for heavy duty and demolition applications in wood and metal. Use with materials 3/16 in (5 mm) and thicker....
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth; for heavy duty and demolition applications in wood and metal. Use with materials 3/16 in (5 mm) and thicker. Precision set teeth for faster, smoother cuts and 8% cobalt keeps teeth sharp longer.Unit: CD 5
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth; for heavy duty and demolition applications in wood and metal. Use with materials 3/16" (5mm) and thicker. Precision...
Bi-metal construction and electronic beam weld for stronger, longer lasting teeth; for heavy duty and demolition applications in wood and metal. Use with materials 3/16" (5mm) and thicker. Precision set teeth for faster, smoother cuts and 8 percent cobalt keeps teeth sharp longer.Teeth Per In=6Lgth In=9BI-METAL-DEMOLITIONUnit: 5 PackUnit: EA
A wider, thicker body than conventional blades. T2 technology blade design that delivers up to 100 percent longer blade life and 25 percent faster. Shatter resistant, bi-metal design provides the...
A wider, thicker body than conventional blades. T2 technology blade design that delivers up to 100 percent longer blade life and 25 percent faster. Shatter resistant, bi-metal design provides the flexibility and durability single metal blades can't. Applications: Structural Steels and All Metals 1/16"-1/4".Unit: PK 2
Cuts cast iron, tile, brick and natural stone. Dual tang allows end user to flip blade around reducing amount of waster grit and maximizing cost per cut. Diamond-grit cutting edge and dual tangs...
Cuts cast iron, tile, brick and natural stone. Dual tang allows end user to flip blade around reducing amount of waster grit and maximizing cost per cut. Diamond-grit cutting edge and dual tangs provide longer life than standard carbide-grit blades. Narrow kerf edge removes less material for faster cutting.Unit: EA
A wider, thicker body than conventional blades. Last up to 45% longer. Shatter resistant, bi-metal design provides the flexibility and durability single metal blades can't. For structural Steels...
A wider, thicker body than conventional blades. Last up to 45% longer. Shatter resistant, bi-metal design provides the flexibility and durability single metal blades can't. For structural Steels greater than 3/16 in.Unit: PK 5
Design provides long blade life that is shatter-resistant; bi-metal design provides the flexibility and durability single-metal blades can't. Bi-directional cutting. Applications: Cutting Plaster,...
Design provides long blade life that is shatter-resistant; bi-metal design provides the flexibility and durability single-metal blades can't. Bi-directional cutting. Applications: Cutting Plaster, Plaster Board & Lath."TUFF TOOTH"Teeth Per In=6Lgth In=4BI-METAL- PLASTER & LATHUnit: CD 5
Design provides long blade life that is shatter resistant, bi-metal design provides the flexibility and durability single-metal blades can't. For non-ferrous and thin metal.Unit: PK 25
Optimized for specific application. Shatter-resistant, bi-metal design provides the flexibility and durability single-metal blades can't. Applications: non-ferrous & thick metals, nail-embedded...
Optimized for specific application. Shatter-resistant, bi-metal design provides the flexibility and durability single-metal blades can't. Applications: non-ferrous & thick metals, nail-embedded wood, plastics, & composites.Unit: PK 25
Matrix II type alloy high-speed steel, 8% cobalt cutting edge. Shatter resistant blade and shock resistant precision milled teeth. Tuff tooth technology for smoother feel, faster cut, longer blade...
Matrix II type alloy high-speed steel, 8% cobalt cutting edge. Shatter resistant blade and shock resistant precision milled teeth. Tuff tooth technology for smoother feel, faster cut, longer blade life and reduced blade strippage. Universal shank. For fast cutting in wood, nail-embedded wood and non-ferrous metal up to 3/16 in thick.Unit: PK 25
Wider and thicker blade to stand up to the brutal conditions in demolition applications. Engineered to rip through a wide array of materials with ease. Applications: structural steel, lumber, pipe,...
Wider and thicker blade to stand up to the brutal conditions in demolition applications. Engineered to rip through a wide array of materials with ease. Applications: structural steel, lumber, pipe, & nail embedded wood.Unit: PK 2