DeWalt 6 Inch 14 TPI BiMetal Reciprocating Saw Blades Straight Back Metal Cutting Sawzall Blade Demolition Plumbing Pipe Conduit Sheet Rebar Shroud
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Slice Through Heavy Pipe Conduit and Nail-Embedded Metal 50% Longer Without Snapping
Supercharge your metal demolition workflows and eliminate premature blade warping with the structural endurance of the DeWalt 6" 14 TPI Straight Back Bi-Metal Reciprocating Saw Blades. Specifically engineered for commercial plumbers, mechanical technicians, industrial electricians, and framing contractors, these heavy-duty blades are built to handle the absolute toughest material obstacles. Conventional carbon steel blades bind, overheat, and instantly snap when hitting structural reinforcement steel or hidden framing nails. These advanced DeWalt blades utilize a premium bi-metal composite construction that fuses a hardened cutting edge to a highly flexible spring steel backer, ensuring absolute shatterproof resilience when slicing through steel rebar, thick black iron pipe, rigid electrical conduit, and heavy-gauge structural metal sheets.
Uncompromising tracking speed and a massive increase in field service life make this cutting system the absolute jobsite standard for reciprocating saw performance. Featuring a specialized patented toothform design with a unique reinforced tooth configuration, each blade optimizes chip removal paths to actively dissipate friction and lower cutting temperatures. An aggressive shank angle pushes the cutting teeth deep into the work material at an optimized pitch, maintaining consistent stroke rates and blazing speed even as the blade body wears over time. Complemented by a high-grade anti-stick coating that prevents binding, friction gum-up, and localized heat crystallization, these proudly American-made blades deliver ultra-smooth, controlled cuts that save vital battery runtime on cordless reciprocating saws.
Key Features
- 50% Longer Operational Lifespan: Patented toothform optimization delivers up to 50% longer cutting life compared to previous-generation reciprocating blades.
- Heavy-Duty Bi-Metal Engineering: Combines a rock-hard tool steel tooth edge with an elastic backing to provide maximum flexibility and counter accidental breakage.
- Aggressive Attack Shank Angle: Increases direct tool-to-metal tooth contact to keep your cutting speeds fast and efficient as the blade breaks down.
- Friction-Reducing Anti-Stick Coating: Premium outer coating minimizes operational friction heat to block binding, gumming, and sticky slag build-up.
- Reinforced Back-Toothed Geometry: Extra structural mass along the tooth base maximizes resistance against severe impact shock from embedded nails or metal shards.
- Made in the USA: Manufactured proudly in the United States using high-purity, globally sourced commercial-grade metals.
What's Included
- (1) DeWalt 6" 14 TPI Straight Back Bi-Metal Reciprocating Saw Blade
Specifications
| Specification Profile | Details / Performance Value |
|---|---|
| Brand Name | DeWalt |
| Product Type Class | Bi-Metal Reciprocating Saw Blade |
| Overall Blade Length | 6 inches (6.0") |
| Teeth Per Inch (TPI) | 14 TPI (Medium Metal Cutting Array) |
| Blade Profile Shape | Straight Back Configuration |
| Material Composition | Premium Tool Steel Alloy Bi-Metal Matrix |
| Shank Anchor Angle | Aggressive Speed-Maintaining Angle Architecture |
| Surface Shroud Coating | Friction-Resistant Anti-Stick Barrier Coating |
| Primary Application Profile | Thick Metal Sheets, Pipe, Conduit, Rebar, Nail-Embedded Materials |
| Shank Interface Fitment | Universal 0.50-inch Shank (Fits Standard Reciprocating Saws/Sawzalls) |
| Country of Origin | Made in the USA with Global Materials |
Pro-Tip: When cutting heavy metal stock, steel pipes, or thick structural rebar with your DeWalt bi-metal reciprocating blade, always adjust your saw speed to a mid-to-low setting and avoid running the tool at maximum RPM. Rocking the saw body slightly forward and backward in a subtle see-saw motion reduces the amount of teeth in constant contact with the material face, which speeds up chip evacuation and keeps the 14 TPI cutting edge from overheating. This basic pressure technique keeps your cuts straight, preserves structural sharpness, and expands the cutting lifespan of your blade exponentially.
