The Diablo Demo Demon 6" 5/7 TPI Carbide Teeth Reciprocating Saw Blades for Nail-Embedded Wood deliver professional-grade cutting performance in the most demanding demolition and rough-in material applications. Engineered with a new Variable Tooth Design and TiCo Hi-Density carbide construction, these blades are purpose-built for cutting through nail-embedded wood where standard bi-metal blades fail quickly. This pack of 10 blades ensures job-site readiness for extended demo work, making them an outstanding value for contractors, remodelers, and construction professionals who rely on consistent, fast cuts through embedded-fastener lumber.

Key Features

• New Variable Tooth Design provides faster cuts with less vibration in nail-embedded wood - reduces operator fatigue and increases throughput on demanding demolition tasks
• High performance TiCo Hi-Density carbide construction delivers unmatched 50X longer cutting life than bi-metal blades - meaning fewer blade changes and lower cost per cut on nail-embedded wood
• Enhanced carbide tip to blade connection for extreme impact resistance - keeps carbide teeth firmly bonded even when striking embedded nails, rebar, or angle iron at speed
• Unique plunge tip design enables faster and easier plunging - allows users to start cuts in the middle of a surface without pre-drilling, saving time on rough-in and remodel applications
• 1" oversized blade body for straighter cuts with less vibration - provides greater stability and control, resulting in cleaner cut lines through dimensional lumber with embedded fasteners

Why This Product

• Purpose-built for nail-embedded wood - rather than a general-purpose recip blade, the Demo Demon is specifically designed for the toughest demolition scenarios where nails, screws, and embedded fasteners are unavoidable, eliminating the need to slow down or swap blades mid-cut
• Carbide construction that outlasts bi-metal by up to 50X - for contractors running through large volumes of framing, sheathing, or structural demo, this longevity translates directly to fewer interruptions and reduced blade expenditure per project
• Variable tooth geometry reduces vibration - on long demo sessions, lower vibration means less hand-arm fatigue and more control, which matters when cutting overhead or in awkward positions
• Versatile material compatibility beyond just wood - these blades also cut clean wood, rebar, angle iron, cast iron, and steel tube, making them a dependable multi-material choice when job conditions are unpredictable

Specifications

• Brand: Diablo
• Sub-Brand: Demo Demon
• Manufacturer Part Number: DS0606CWS10
• Product Group: Reciprocating Blades
• Category: Nail-Embedded Wood
• Sub Category: Carbide
• Length: 6"
• Tooth Design: Carbide Teeth
• Teeth Per Inch: 5/7
• Pack Quantity: 10
• Compatible Tools: Reciprocating Saw; Cordless Reciprocating Saw
• Materials: Clean Wood; Rebar; Angle Iron; Cast Iron; Steel Tube
• Country of Origin: United States

Approved Applications

• Nail-embedded wood

Frequently Asked Questions

What makes these blades different from standard bi-metal reciprocating saw blades?

These Diablo Demo Demon blades use TiCo Hi-Density carbide teeth rather than bi-metal construction, providing up to 50X longer cutting life when used in nail-embedded wood. The carbide tips are also connected to the blade with an enhanced bonding process for extreme impact resistance when striking embedded fasteners at full cutting speed.

Can these blades cut materials other than nail-embedded wood?

Yes. In addition to nail-embedded and clean wood, these blades are compatible with rebar, angle iron, cast iron, and steel tube, making them a versatile option when job-site material conditions vary.

What reciprocating saws are these blades compatible with?

The Diablo DS0606CWS10 blades are compatible with both corded reciprocating saws and cordless reciprocating saws, fitting the standard universal shank used across most major tool brands.

What does the Variable Tooth Design mean in practice?

The Variable Tooth Design alternates tooth spacing across the blade to optimize chip evacuation, reduce vibration, and increase cutting speed in nail-embedded wood applications. This results in faster material removal with less blade chatter compared to uniform-pitch blades, improving both cut quality and user comfort during extended demolition work.