SawZall Blade - 8 In Metal Scroll Cutting - 18 TPI - Milwaukee Electric Tools

Name: SawZall Blade - 8 In Metal Scroll Cutting - 18 TPI
Brand: Milwaukee Electric Tools
SKU: 64915
Price: 15.97 USD
Availability: InStock

Part #: 48-00-5163

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Designed for professionals, the Milwaukee SawZall Blade 48-00-5163 offers exceptional performance for intricate metal cutting tasks. This 8-inch, 18 TPI blade is engineered with a tough bi-metal construction featuring Matrix II high-speed steel teeth with 8% cobalt, ensuring both fast cutting and extended durability in demanding work environments. Ideal for precise, curved cuts in thin metal applications, it provides the reliability and longevity expected from Milwaukee tools.

Key Features

Advanced Material Construction: Features Matrix II high-speed steel teeth with an 8% cobalt alloy, delivering superior heat and wear resistance for extended blade life.
Bi-Metal Design: The robust bi-metal construction combines flexibility with rigidity, optimizing cutting speed and durability for consistent professional results.
Scroll Cutting Capability: Specifically designed for intricate and curved cuts, making it suitable for detailed metal fabrication and repair work.
Optimized Tooth Geometry: An 18 TPI (Teeth Per Inch) configuration ensures clean and precise cuts in various thin metal materials.
Universal Compatibility: Equipped with a 1/2" universal tang, allowing for broad compatibility with most reciprocating saws.
Convenient Packaging: Supplied in a practical pouch containing 5 blades, ensuring you have replacements readily available for continuous workflow.

Applications

This Milwaukee SawZall blade is an essential tool for technicians and mechanics working with metals under 1/8-inch thickness where precise, non-linear cuts are required. Common applications include automotive body panel work, custom fabrication, HVAC ducting modifications, plumbing installations involving thin conduit or piping, and general industrial maintenance tasks that demand intricate metal shaping or removal. Its design is particularly effective for navigating tight curves and complex patterns in sheet metal, aluminum, and other thin ferrous and non-ferrous metals.