SIP 01572 Bandsaw Blade 13mm (1/2") M42 Bi-Metal Blades for Metal Cutting – Choose TPI Xcalibur Tooling

Efficient metal cutting depends on maintaining the right balance between tooth hardness, blade flexibility, and tooth pitch. Designed for the SIP 01572, this 1638mm x 13mm x 0.65mm M42 bi-metal blade provides a durable cutting solution for workshops processing different ferrous and non-ferrous materials.

The blade combines hardened M42 high-speed steel teeth with a flexible alloy-steel backing, helping it withstand repeated movement around the bandsaw wheels while maintaining an effective cutting edge. Fixed and variable TPI choices allow the setup to be adapted to solid sections, tubing, flat bar, and materials of different thicknesses.

Key Features

• 1638mm Blade Dimensions: The 1638mm length, 13mm width, and 0.65mm thickness provide the specified blade size for the SIP 01572.

• M42 Bi-Metal Construction: Hardened HSS M42 teeth deliver strong wear and heat resistance, while the flexible backing supports repeated bending during bandsaw operation.

• Six TPI Choices: Available configurations include 6, 10, 14, 6/10, 8/12, and 10/14 TPI for different material thicknesses and section profiles.

• Controlled Metal Cutting: The blade is suitable for straight and appropriate contour cutting across mild steel, stainless steel, aluminium, copper, and brass.

• UK Precision Welding: Among professional metal bandsaw blades, this Xcalibur Tooling option is precision-welded in the UK to create a consistent continuous loop.

Applications

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

• Process stainless-steel components using a suitable tooth pitch and operating settings for the thickness and profile being cut.

• Choose variable-pitch configurations for tubing and hollow sections where tooth engagement changes as the blade travels through the workpiece.

• Cut aluminium, copper, brass, and other non-ferrous materials commonly used across engineering, repair, fabrication, and maintenance environments.

• Use the blade for regular component sizing and stock preparation where controlled metal cutting is required before further workshop operations.

Why Choose Our Bandsaw Blade?

• The machine-specific 1638mm dimensions provide SIP 01572 users with a clearly defined replacement specification before tooth pitch is selected.

• M42 high-speed steel teeth provide the hardness required at the cutting edge, while the alloy-steel backing supplies the flexibility needed for continuous bandsaw use.

• Both fixed and variable TPI configurations allow workshops to select the tooth arrangement according to the workpiece rather than relying on one pitch for every metal profile.

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

• Workshops that also use the best woodturning tools should keep woodworking and metalworking blades clearly separated, ensuring each machine is equipped with a blade designed for the material being processed.

FAQs

1. What blade configuration is useful for cutting metal tubing?
A finer or variable-pitch blade is often useful for tubing because the amount of metal contacting the teeth changes throughout the cut. Wall thickness should also be considered when choosing the final TPI.

2. Can the SIP 01572 blade handle stainless steel?
Yes. The M42 tooth edge is suitable for stainless steel as well as mild steel and several non-ferrous metals. Correct speed, feed pressure, and tooth pitch remain important for reliable cutting.

3. When is a coarse tooth pitch more suitable?
A coarser TPI is generally better for thicker solid sections because larger spaces between the teeth improve chip clearance. The selected pitch should still maintain sufficient teeth in contact with the material.

4. Why combine M42 teeth with a flexible backing?
The hardened teeth provide wear and heat resistance at the cutting edge, while the flexible backing allows the blade to repeatedly travel around the machine wheels. This combination helps balance durability with operational flexibility.

5. What helps prevent premature blade wear?
Use the correct TPI, blade tension, cutting speed, and feed pressure for the workpiece. Proper guide adjustment and regular inspection of the teeth can also help maintain consistent performance.