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.

Electronic beam weld allows for a more powerful bond. Bi-metal blade increase blade life. Use with materials 1/8 to 1/2 in (3.2 to 1.3 mm) thick. For composition materials, plastic, pipe, carbon steel and stainless steel.

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.

Design provides long blade life that is shatter-resistant; bi-metal design provides the flexibility and durability single-metal blades can't. Applications: Non-ferrous & thin metal.

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.

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 cuts in wood, nail-embedded wood and non-ferrous metal up to 3/16 in thick.

Designed to minimize friction and heat build-up while cutting through the widest variety of metal material. A revolutionary new blade design that delivers up to 100% longer blade life and 25% faster in metal cutting. For structural steels and 1/16 to 1/4 in all metals.

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.

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.

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 cuts in wood, nail-embedded wood and non-ferrous metal up to 3/16 in thick.

A wider, thicker body than conventional blades. T2 technology blade design that delivers up to 100% longer blade life and 25% faster. Shatter-resistant, bi-metal design provides the flexibility and durability single metal blades can't. For 1/16 to 1/4 in structural steels and all metals.

Electronic beam weld allows for a more powerful bond. Bi-Metal blade increases blade life. Applications: Cuts all metals including non-ferrous, pipe, conduit, stainless and sheet metal. Use with materials 1/16 to 3/8 in (1-1/2 to 10 mm) thick. Depending on blade TPI.

The next generation wrecker is designed for multi-material demolition cutting. This mean it has the capability of cutting nail embedded wood, plastics and a variety of metals. This blade has 25% more HSS for increase life and durability. With all of these features, the next generation wrecker is a true demolition blade for the professional user.

Electronic beam weld allows for a more powerful bond. bi-metal blade increases blade life. Applications: Cuts all metals including non-ferrous, pipe, conduit, stainless and sheet metal. Use with materials 1/16 to 3/8 in (1-1/2 to 10 mm) THK. Depending on blade TPI.

The Torch? metal-cutting blades with the double-duty Upgrade? feature a tooth form optimized for the longest life and maximum durability. Tough Neck? is engineered to protect against tang breakage and delivers the strongest SAWZALL? blade tang on the market. Grid Iron? features a stamped honeycomb pattern throughout the body of the blade that greatly increases the rigidity of the blade, making it the stiffest metal cutting SAWZALL? blade on the market. These blades are ideal for making tough, straight cuts.

Lenox Reciprocating Saw Blade, Bi-Metal, Steel Cutting Edge, 1/2 in Tang, 24, Tuff Teeth, 6 in Length, 3/4 in Width, 0.035 in Thickness, Applicable Materials: Metal

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.

Optimized for specific application. Shatter-resistant, bi-metal design provides the flexibility and durability single metal blades can't. Applications: non-ferrous metal, thick metal, wood, plastics and composites.

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.

Electronic beam weld allows for a more powerful bond. bi-metal blade increase blade life. Use with materials 1/8 to 1/2 in (3.2 to 1.3 mm) THK. Applications: Composition materials, plastic, pipe, carbon steel and stainless steel.

Tooth design utilizes sharper tooth geometry for faster cut rates. Aggressive shank angle increases tooth contact, maintaining cutting speed as blade wears for longer blade life. Anti-stick coating minimizes friction and gumming.

Blade design minimizes friction and heat build-up while cutting through the widest variety of metal materials. Delivers up to 100% longer blade life and 25% faster performance. Applications: medium & non-ferrous metal. Also cuts hard rubber.

Electronic beam weld allows for a more powerful bond. bi-metal blade increases blade life. Cuts all metals including non-ferrous, pipe, conduit, stainless and sheet metal. Use with 1/16 to 3/8 in THK materials. Depending on blade TPI.

Electronic beam weld allows for a more powerful bond. Bi-metal blade increases blade life. Cuts all metals including non-ferrous, pipe, conduit, stainless and sheet metal. Use with 1/16 to 3/8 in thick materials. Depending on blade TPI.

The Torch? metal-cutting blades with the double-duty Upgrade? feature a tooth form optimized for the longest life and maximum durability. Tough Neck? is engineered to protect against tang breakage and delivers the strongest SAWZALL? blade tang on the market. Grid Iron? features a stamped honeycomb pattern throughout the body of the blade that greatly increases the rigidity of the blade, making it the stiffest metal cutting SAWZALL? blade on the market. These blades are ideal for making tough, straight cuts.

Matrix II type alloy HSS cutting edge. Shatter-resistant blade and shock-resistant precision milled teeth for longer tooth sharpness. Tuff Tooth technology for smoother feel, faster cut, longer blade life and reduced blade strippage. High wear- and high heat-resistant. Made especially for high amperage machines. For heavy-duty work, 44% thicker than standard blades. Cuts stainless steel 3/16 to 3/4 in.

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 and nail embedded wood.

Tooth design utilizes sharper tooth geometry for faster cut rates. Aggressive shank angle increases tooth contact, maintaining cutting speed as blade wears for longer blade life. Anti-stick coating minimizes friction and gumming.

Tooth design utilizes sharper tooth geometry for faster cut rates. Aggressive shank angle increases tooth contact, maintaining cutting speed as blade wears for longer blade life. Anti-stick coating minimizes friction and gumming.

With a 6 deg hook angle for fast, aggressive cuts, DeWALT? wood cutting reciprocating saw blades feature a reinforced tooth for additional strength when cutting through nails and other foreign objects. Raker tooth design helps to increase contact area for fast cuts. A specially formulated anti-stick coating minimizes friction and gum-up.