Faithfull FAISBS940HM Demolition Carbide Sabre Saw Blade 152mm x 6 TPI

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Durable Carbide Metal Technology – Constructed with advanced carbide metal technology, the blade delivers outstanding durability and stability, ensuring consistent performance when cutting through demanding and abrasive materials. 6 TPI & 152mm Length – With 6 teeth per inch and compact 6 inch length, the straight-cut blade provides fast, aggressive and controlled cutting action on challenging demolition applications, delivering excellent precision and manoeuvrability in tighter spaces and smaller workpieces. Ideal for Demolition & Repair Jobs – Specially designed for tough tasks, this blade cuts confidently through wood embedded with nails, non-ferrous metals, plastic and composites such as pipe and carbon steel, making it perfect for pallet repair and renovation projects. Universal S-Shank Compatibility – Compatible with all standard S-shank reciprocating saws, offering versatility and ease of use across different saw models without the need for additional fittings. Versatile Applications – Perfect for professional tradespeople and DIY users alike, the blade excels in demolition, construction, pallet repair, renovation and general workshop use, where reliable cutting power and versatility are essential.

ManoMano

General description Faithfull FAISBS940HM Demolition Carbide Sabre Saw Blade is designed for precision cutting of various materials. With a length of 152mm and a tooth count of 6 TPI, this blade is ideal for cutting wood up to 50mm thick, as well as metal ranging from 3.9mm to 5mm. The carbide metal technology enhances durability and stability, making it suitable for demanding tasks. Technical specifications Length: 152mm Teeth per inch (TPI): 6 Cutting capacity for wood: up to 50mm Cutting capacity for metal: 3.9-5mm Compatibility and accessories Compatible with all common S-shank reciprocating saws. Usage Ideal for cutting wood embedded with nails, making it great for pallet repair. Can also cut through plastic, non-ferrous metals, and composite materials such as pipe and carbon steel.