SIP 01524 Bandsaw Blade 13mm (1/2") M42 Bi-Metal Blades for Metal Cutting – Choose TPI Xcalibur Tooling

Metal-cutting performance depends on more than blade length alone. Tooth material, pitch, workpiece profile, and blade flexibility all influence how efficiently the SIP 01524 handles different metals. This 2455mm x 13mm x 0.65mm M42 bi-metal blade combines a hardened high-speed steel tooth edge with a flexible alloy-steel backing for demanding workshop cutting.

Available in both fixed and variable TPI configurations, the blade can be selected according to material thickness and section type. It is suitable for mild steel, stainless steel, aluminium, copper, brass, and other non-ferrous metals used across engineering, fabrication, maintenance, and repair work.

Key Features

• 2455mm Machine-Compatible Length: The blade measures 2455mm long x 13mm wide x 0.65mm thick, matching the specification listed for this SIP 01524 replacement.

• M42 HSS Tooth Edge: Hardened M42 high-speed steel teeth provide strong wear and heat resistance where the cutting edge repeatedly contacts metal.

• Flexible Alloy-Steel Backing: The blade body is designed to flex continuously around the bandsaw wheels while supporting the harder cutting teeth.

• Six TPI Configurations: Available options include 6, 10, 14, 6/10, 8/12, and 10/14 TPI, allowing blade selection to reflect section thickness and cutting conditions.

• UK Precision Welding: For buyers comparing bandsaw blades in uk, each Xcalibur Tooling blade is precision-welded in the UK to create a consistent continuous loop for regular metalworking use.

Applications

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

• Process stainless-steel components by selecting a tooth pitch suited to the material thickness and maintaining appropriate cutting and feed settings.

• Use the blade for aluminium, copper, brass, and other non-ferrous metals commonly found in fabrication, engineering, maintenance, and repair environments.

• Choose variable-pitch configurations for tubing, hollow sections, and structural profiles where the amount of material in contact with the blade changes throughout the cut.

• Handle both straight cutting and suitable contour work when preparing metal components for subsequent workshop operations.

Why Choose Our Bandsaw Blade?

• M42 bi-metal construction combines a wear-resistant cutting edge with a flexible backing, giving each part of the blade a different role during metal cutting.

• Fixed and variable TPI choices provide useful flexibility when moving between thin-wall tubing, solid sections, flat bar, and workpieces of different thicknesses.

• The 13mm blade width provides a practical format for controlled metal cutting while maintaining suitable flexibility for compatible contour work.

• UK precision welding and the availability of several tooth pitches make the blade suitable for professional fabrication shops, maintenance teams, and engineering environments.

• Workshops that also operate premium woodworking tools should keep dedicated woodworking and metal-cutting blades clearly separated so each machine is fitted with a blade designed for the material being processed.

FAQs

1. Which tooth pitch is suitable for solid metal sections?
Coarser pitches can be useful for thicker solid sections because they provide greater space between teeth for chip clearance. The correct choice still depends on the cross-section and material being cut.

2. When should I choose a variable-pitch blade?
Variable pitches such as 6/10, 8/12, and 10/14 can be useful for tubing and structural profiles. Changing tooth spacing can help maintain steadier cutting as blade engagement varies through the section.

3. Can the SIP 01524 blade cut stainless steel?
Yes. The M42 tooth edge is suitable for stainless steel as well as mild steel and several non-ferrous metals. Correct TPI, cutting speed, and feed pressure remain important for consistent results.

4. Why is a flexible backing important on a bi-metal blade?
The backing allows the blade to repeatedly bend around the bandsaw wheels without requiring the entire blade to have the hardness of the cutting teeth. This helps balance flexibility with tooth durability.

5. What can help reduce premature tooth wear?
Use a suitable TPI, correct blade tension, controlled feed pressure, and appropriate machine speed for the material. Regular guide adjustment and blade inspection can also help maintain cutting performance.