SIP 01526 Bandsaw Blade 13mm (1/2") M42 Bi-Metal Blades for Metal Cutting – Choose TPI Xcalibur Tooling

Consistent metal cutting requires the blade teeth, pitch, and backing material to work together under repeated workshop use. Designed for the SIP 01526, this 2450mm x 13mm x 0.65mm M42 bi-metal blade combines a hardened high-speed steel cutting edge with a flexible alloy-steel body.

Fixed and variable TPI options allow the blade to be matched to different workpiece profiles and thicknesses. It can be used for mild steel, stainless steel, aluminium, copper, brass, and other non-ferrous materials across fabrication, maintenance, repair, and engineering applications.

Key Features

• 2450mm Blade Specification: The blade measures 2450mm long x 13mm wide x 0.65mm thick, providing the dimensions listed for the SIP 01526.

• M42 High-Speed Steel Teeth: The hardened M42 tooth edge provides the wear and heat resistance required for regular metal-cutting operations.

• Flexible Alloy-Steel Backing: A flexible blade body accommodates repeated movement around the bandsaw wheels while supporting the harder cutting teeth.

• Fixed and Variable TPI Options: Choose from 6, 10, 14, 6/10, 8/12, and 10/14 TPI according to material thickness, section profile, and cutting requirements.

• UK Precision Welding: Each continuous blade loop is precision-welded in the UK for reliable construction and consistent operation.

Applications

• Cut mild-steel flat bar, tubing, sections, and general fabrication stock before welding, machining, drilling, or assembly.

• Process stainless-steel components using a suitable TPI, feed pressure, and machine setting for the material thickness.

• Use variable-pitch configurations when cutting hollow sections or tubing where the number of teeth engaged changes as the blade passes through the workpiece.

• Cut aluminium, copper, brass, and other non-ferrous materials encountered in engineering, maintenance, fabrication, and repair environments.

• Workshops that also use a band saw blade for hardwood should keep wood- and metal-cutting blades clearly identified so each material is processed with the appropriate blade construction.

Why Choose Our Bandsaw Blade?

• M42 bi-metal construction combines a hard cutting edge with a more flexible backing, allowing the blade to balance tooth durability with repeated flexing during operation.

• Six available tooth-pitch choices provide greater flexibility when moving between solid stock, thin-wall tubing, flat bar, and structural profiles.

• The 13mm width provides a practical format for straight cutting while also supporting suitable contour-cutting applications on compatible workpieces.

• High-speed steel teeth offer greater resistance to heat and wear than a conventional carbon-steel cutting edge when used for demanding metalworking.

• In mixed-purpose workshops containing a woodworking tool set alongside fabrication equipment, using dedicated blades for each material helps maintain the correct cutting setup and prevents unsuitable blade selection.

FAQs

1. Which tooth pitch should I use for hollow metal sections?
A finer or variable-pitch configuration is often useful for tubing and hollow profiles because blade engagement changes throughout the cut. The wall thickness should be considered when selecting the final TPI.

2. Can this blade be used for stainless-steel fabrication?
Yes. M42 teeth are suitable for stainless steel as well as mild steel and several non-ferrous metals. Correct cutting speed, feed pressure, and tooth pitch remain important for good results.

3. Why are variable TPI options useful?
Variable-pitch blades alternate the spacing between teeth rather than using one constant pitch. This can support steadier cutting where the material section or tooth engagement changes during operation.

4. What causes premature tooth damage during metal cutting?
Excessive feed pressure, incorrect TPI, poor blade tension, and unsuitable cutting speed can accelerate tooth wear or damage. Correct machine setup and material support can help reduce these problems.

5. How can I maintain more consistent cutting performance?
Check blade tension, guides, tracking, and tooth condition regularly. Matching the TPI and operating settings to the workpiece also helps maintain controlled cutting and blade life.