Lama per sega a sciabola Bosch S1137HBF 1,1x25x225 mm, 5 pz. — per metallo spesso

Bosch S1137HBF reciprocating saw blades, size 1.1 x 25 x 225 mm, pack of five, are designed for cutting thicker metal in construction and renovation tasks. These T-shank blades fit standard reciprocating saws and are engineered to provide a balance of durability and cutting speed when working with profiles, pipes and sheet metal. The blade geometry and material selection support consistent performance under heavier loads and repeated use.

Advantages

Blades deliver reliable cutting performance on thicker metal thanks to a tooth design and hardened cutting edge that resist wear during prolonged operation. The standardized T-shank ensures quick, tool-free blade changes on most reciprocating saw models. Pack of five provides immediate replacement options on site to reduce downtime. The blade length and thickness give a stable cutting line and minimize vibration when cutting profiles and pipes.

Key specifications

• Blade dimensions: 1.1 mm thickness x 25 mm width x 225 mm length
• Shank type: T-shank for universal reciprocating saw compatibility
• Material suitability: designed for thicker metals (profiles, pipes, sheet)
• Pack size: 5 blades
• Tooth design: optimized for durability and cutting through heavier sections

How to use

Install the blade into the reciprocating saw’s T-shank clamp following the saw manufacturer’s instructions, ensuring it is securely locked before operation. Select an appropriate cutting speed and steady feed rate for the metal being cut; use slower, controlled strokes on thick sections to reduce blade stress. Wear appropriate personal protective equipment and secure the workpiece before starting the cut. Replace the blade when cutting performance decreases or teeth become worn.

Recommendations

For best results when cutting thicker metal, clamp the workpiece firmly, use steady pressure without forcing the blade, and allow the blade to clear chips regularly. Keep replacement blades on hand to maintain productivity on job sites.