Imperial Blades

For sawing. Titanium enhanced bi-metal for longer life cutting in metal and wood applications. 2-1/8 in plunge depth. 18 TPI.

For sawing. Plunge cutting up to 1-5/8 in depth. Bi-metal with hardened, titanium-coated teeth for longevity. 18 TPI.

IMPERIAL BLADES Standard Reciprocating Blade, Bi-Metal, Cutting Edge Material: Bi-Metal, Teeth per Inch: 6 TPI, 9 in L, 0.05 in Thick, Applicable Materials: PVC, Wood, Wood and Nails

Recommended applications: wood and nails, fiber cement, wood, wood composites, PVC and rubber. Extra thick .062" blade for extreme demolition cuts. Delivers the lowest amount of deflection while cutting wide materials. Optimal for rough-in cutting a wide

IMPERIAL BLADES Standard Reciprocating Blade, Bi-Metal, Cutting Edge Material: Bi-Metal, Teeth per Inch: 18 TPI, 9 in L, 0.035 in Thick, Applicable Materials: Copper Pipe, Fiber Cement, Metal, Thin Metal

Recommended applications: metal (1/8 - 5/16"), copper pipe, thin metal and fiber cement. Extended 1" height for extreme rigidity and greater beam strength. Provides smoother and straighter cuts in metal materials.

IMPERIAL BLADES Demolition Reciprocating Blade, Bi-Metal, Cutting Edge Material: Bi-Metal, Teeth per Inch: 10 TPI, 9 in L, 0.062 in Thick, Applicable Materials: Copper Pipe, Nails, PVC, Rubber, Thin Metal, Wood

IMPERIAL BLADES Standard Reciprocating Blade, Bi-Metal, Cutting Edge Material: Bi-Metal, Teeth per Inch: 6 TPI, 6 in L, 0.05 in Thick, Applicable Materials: PVC, Wood and Nails, Wood Composites

IMPERIAL BLADES IBD606-B Demolition Reciprocating Blade, 6 in L, 6 TPI, Bi-Metal Cutting Edge

Recommended applications: copper pipe and thin metal (< 1/8"). Thin .035 kerf for fast, flexible cuts. Straight blade body for increased beam strength.

IMPERIAL BLADES Standard Reciprocating Blade, Bi-Metal, Cutting Edge Material: Bi-Metal, Teeth per Inch: 18 TPI, 6 in L, 0.035 in Thick, Applicable Materials: Copper Pipe, Metal, Thin Metal

Recommended applications: thick metal (1/4 - 7/16") and fiber cement. Thin .035 kerf for fast, flexible cuts. Straight blade body for increased beam strength.