Λεπίδα σέγας μετάλλου Bahco 3906-300-24-10P

The BAHCO 3906-300-24-10P hacksaw blade is a 300 mm cutting blade designed specifically for metalworking. With a 13 mm cutting width and 0.65 mm thickness, this blade is intended for cutting a variety of steel materials. Supplied in a pack of 10 and finished in blue and orange for improved visibility, the blades come in blister packaging for secure storage and transport.

Advantages

These hacksaw blades deliver a balance of cutting speed and durability suitable for general metal cutting tasks. The 24 TPI tooth configuration provides efficient material removal on steel, while the 0.65 mm thickness supports straight, controlled cutting. Color coding improves blade identification on the job site and blister packing protects the blades against damage during storage.

Suitable for

• Cutting mild and medium carbon steel
• General metalworking workshop tasks
• Maintenance and repair jobs requiring portable sawing
• DIY projects involving metal profiles and pipes

Key specifications

• Length: 300 mm
• Width: 13 mm
• Thickness: 0.65 mm
• Tooth density: 24 teeth per inch (24 TPI)
• Pack quantity: 10 blades
• Color: blue and orange
• Packaging type: blister

How to use

Install the blade into a compatible hacksaw frame, ensuring correct orientation of the teeth for cut direction and secure tension to minimize deflection. Mark the cut line on the workpiece and begin with light, controlled strokes until a kerf is established, then proceed with steady, even pressure. Allow the blade to do the cutting; avoid excessive force to prevent premature wear or bending. For long straight cuts, maintain consistent tension and use the full blade length in each stroke.

Recommendations

Use appropriate personal protective equipment (eye protection and gloves) and clamp the workpiece securely before cutting. Replace blades when cutting performance declines or if the blade shows visible damage. Select a compatible frame that accepts 300 mm blades and tensioning suitable for 0.65 mm thickness for optimal results.