Bimetal Recip-Heavy Duty 9" 10 TPI 5 Pk - Bahco

The Bahco 3840-228-10-HST-5P Bimetal Reciprocating Saw Blade is engineered for extreme metal cutting tasks in professional automotive and industrial environments. This heavy-duty, 9-inch blade offers enhanced durability and precision, making it a reliable choice for demanding applications where standard blades fall short.

Key Features

• Robust Construction: Features a thicker blade profile and wider body compared to conventional reciprocating saw blades, providing superior rigidity and stability during aggressive cutting operations.
• Extended Durability: Specifically designed to resist fracturing and bending under stress, leading to a longer blade life and reduced downtime for blade changes.
• Consistent Precision: The enhanced rigidity promotes straighter cuts, crucial for achieving professional-grade results in metal fabrication and demolition.
• Optimized Tooth Geometry: Equipped with 10 TPI (teeth per inch), this blade is ideally suited for efficiently cutting through a variety of metal materials while producing a consistently smooth finish.
• Professional-Grade Performance: Manufactured by Bahco, a trusted name in professional tools, ensuring reliable and consistent performance in demanding workshop and job site conditions.

Applications

This Bahco bimetal reciprocating saw blade is a versatile tool, essential for professional technicians and mechanics across numerous sectors:

• Automotive Repair: Ideal for cutting through exhaust systems, frame components, suspension parts, and other challenging metal sections during vehicle maintenance and repair.
• Industrial Fabrication: Suitable for precise cuts in various metal forms, including sheet metal, pipes, conduits, and structural elements within industrial settings.
• Plumbing: Efficiently cuts through metal pipes, fittings, and associated components in plumbing installations and repairs.
• Construction: Handles rigorous metal demolition and fabrication tasks on construction sites, including rebar, steel beams, and other challenging materials.