Freud DJT101BF5 Bi-metal Jig Saw Blade 4in 10 Tpi 5 Pack

Product Description

The FREUD DJT101BF5 is a 5-pack of 4-inch, 10 TPI bi-metal T-shank jig saw blades engineered for fine finish cuts in wood. The bi-metal construction pairs a high-speed steel cutting edge with a flexible alloy steel body, delivering an ultra-hardened tooth profile rated for up to 5 times longer service life than standard blades. Each blade weighs approximately 0.08 pounds. These blades are suited for licensed carpenters, finish trades, and experienced woodworking professionals who need clean, consistent bottom finishes with minimal tearout.

These blades are designed for fine finish wood cutting applications in both residential and light commercial settings. The optimized tooth geometry and blade profile enable fast, clean cuts with reduced blade deflection. The T-shank mounting system is compatible with all T-shank combo jig saws and most U-shank cordless and corded jig saws, making these a practical multi-tool-compatible option for finish carpentry, cabinetry, and trim work.

Key Features

• Bi-metal construction for up to 5 times longer blade life than standard blades
• Ultra-hardened cutting edge for sustained performance in fine finish wood cutting
• 10 TPI tooth configuration optimized for smooth, clean bottom finishes
• 4-inch blade length suitable for finish wood stock
• T-shank design fits all combo and most U-shank cordless and corded jig saws
• Sold as a 5-pack for extended service interval between restocking

Compatibility

T-shank design fits all combo jig saws and most U-shank cordless and corded jig saws. Intended for fine finish cuts in wood applications.

Installation Notes

Blade changes should be performed with the jig saw unplugged or the battery pack removed. Confirm the tool's shank-acceptance type before installing. Follow the tool manufacturer's blade-change procedure and inspect the blade clamp mechanism for wear before seating a new blade. Do not exceed the blade or tool manufacturer's rated cutting capacity for the material being cut.