Milwaukee 300mm Reciprocating Saw Blade – 48001084

The Milwaukee 48001084 is a 300 mm ( 12) wave-knife style reciprocating saw blade specifically engineered for cutting insulation, foam, rubber, cardboard, and similar soft or fibrous materials. Thanks to its wave-knife tooth geometry and high carbon steel (HCS) construction, it achieves smooth, snag-free cutsespecially useful in HVAC, ductwork, thermal insulation, and packaging applications.

This blade is not intended for cutting wood or metal its optimized for fibrous and porous materials, providing clean edges with minimal tearing. Because its built to Milwaukees rigorous standards, you also get dependable performance, consistent quality, and compatibility with standard reciprocating saws (S-shank style).

Key Features

• Blade length: 300 mm ( 12) long reach for deeper cuts through thick insulation or ductboard
  
• Wave-knife tooth design optimized for insulation, foam, rubber, and soft materials, delivering smoother cuts and reduced snagging
• High carbon steel (HCS) material balances flexibility and durability in cutting soft materials
• S-shank compatible fits most standard reciprocating / Sawzall saws
• Precision cutting for specialty materials ideal for fiberglass, glass wool, foam boards, rubber sheets, insulating boards, and composite panels
• Not suitable for wood or dense synthetic fiber materials use it strictly for its intended application to avoid damage or poor performance

Technical Specifications

• Model / Part Number: 48001084
• Blade Length: 300 mm
• Material Type: High Carbon Steel (HCS)
• Tooth Style: Wave-knife (wavy edge)
• Intended Materials: Insulation (e.g. fibreglass / mineral wool), foam, rubber, cardboard, soft fibrous materials
• Not Suitable For: Wood, nails, dense synthetic fiber boards
• Mounting Type: S-shank reciprocating saw blade (standard)
• Weight: ~ 0.061 kg per blade (approximate)

The Milwaukee 48001084 300 mm Wave Knife Reciprocating Saw Blade is a specialty blade that excels when cutting insulation, foam, rubber, or similar soft materials. Its wave-knife design and HCS build help produce clean, efficient cuts where typical blades struggle.