Makita Reciprocating Saw Blade, 228mm Cutting Length, 8 Teeth per Inch - B-55588 This reciprocating saw blade is designed for precision cutting in various metal applications. With an overall length of 228mm and a thickness of 1.25mm, this high-quality tungsten carbide blade is built for durability and efficiency. Ideal for sheet metal and pipe cutting, it is a practical addition to any toolkit. Features & Benefits • Crafted from tungsten carbide for long-lasting sharpness
• Superior performance with 8 teeth per inch for smooth cuts
• Capable of cutting metal plates ranging from 4 to 12mm
• Effective for metal pipe cutting up to 175mm in diameter
• Single blade pack ensures convenience for users Applications • Suitable for cutting stainless steel, cast iron, and metal
• Used for precise sheet metal fabrication
• Ideal for metalworking tasks requiring quick blade swaps What type of materials can be effectively cut with the blade? The blade is specifically designed for cutting materials such as stainless steel, cast iron, and various metal types, making it suitable for diverse applications in metalworking. How does the thickness of this blade affect its performance? With a thickness of 1.25mm, the blade offers a balanced strength that enhances stability during cutting. This thickness allows for efficient cuts without excessive flexing, which is crucial for maintaining precision. What size of metal pipes can be accommodated by this saw blade? It is capable of cutting through metal pipes with diameters up to 175mm, offering versatility for a range of plumbing and HVAC tasks. What is the significance of the 8 teeth per inch configuration? The 8 teeth per inch design provides a balance between cutting speed and finish quality, ensuring that cuts are made efficiently while maintaining a smooth finish on the material. Can this blade be used for non-metal cutting tasks? This blade is primarily designed for metal applications and may not perform efficiently on non-metal materials. It's essential to use blades that match the cutting requirements for optimal performance.