SIP 01595 Bandsaw Blade 13mm (1/2") M42 Bi-Metal Blades for Metal Cutting – Choose TPI Xcalibur Tooling

The SIP 01595 is designed for workshops that regularly move between different metal profiles, from thin-wall tubing to heavier solid sections. This 2360mm x 13mm x 0.65mm M42 bi-metal blade combines a hardened high-speed steel cutting edge with a flexible alloy-steel backing to support controlled, dependable cutting.

A choice of fixed and variable tooth pitches allows the blade setup to be adapted to workpiece thickness and profile. Suitable materials include mild steel, stainless steel, aluminium, copper, brass, and other non-ferrous metals used in fabrication, engineering, maintenance, and repair work.

Key Features

• 2360mm Blade Size: The 2360mm length, 13mm width, and 0.65mm thickness provide the specified dimensions for the SIP 01595.

• M42 HSS Cutting Edge: Hardened M42 high-speed steel teeth provide the wear and heat resistance required for repeated cutting of demanding metals.

• Flexible Alloy-Steel Backing: The supporting blade body withstands continuous flexing around the bandsaw wheels while allowing the harder teeth to perform the cutting action.

• Multiple TPI Configurations: Available choices include 6, 10, 14, 6/10, 8/12, and 10/14 TPI, giving users options for solid material, tubing, and different section thicknesses.

• Designed for Metalworking: For workshops selecting bandsaw blades for cutting steel, M42 bi-metal construction provides a practical combination of tooth durability, flexibility, and cutting performance.

Applications

• Prepare mild-steel flat bar, solid stock, and structural sections before welding, drilling, machining, or component assembly.

• Cut stainless-steel parts using a suitable tooth pitch and controlled machine settings matched to the thickness and profile of the material.

• Select variable-pitch options when working with tubing and hollow sections where the amount of metal contacting the blade changes during the cut.

• Process aluminium, brass, copper, and other non-ferrous stock used in fabrication, repair, maintenance, and general engineering work.

• In workshops containing metalworking equipment alongside essential wood shop tools, keeping dedicated blades organised by material and machine helps prevent incorrect blade selection.

Why Choose Our Bandsaw Blade?

• The machine-specific 2360mm dimensions provide a clear replacement specification before the appropriate tooth pitch is selected.

• M42 bi-metal construction allows the tooth edge and blade backing to perform different roles, combining cutting hardness with the flexibility required for repeated bandsaw operation.

• Six tooth-pitch choices make it easier to configure the blade for thin sections, tubing, flat bar, solid stock, and heavier profiles.

• The 13mm width provides useful control for straight cutting while retaining suitable flexibility for compatible contour-cutting work.

• UK precision welding, multiple TPI options, and compatibility with both ferrous and non-ferrous metals make this blade suitable for fabrication shops, engineering workshops, and maintenance environments.

FAQs

1. Which TPI should I choose for thick steel sections?
A coarser tooth pitch is generally more suitable for thicker solid sections because it provides greater space for chip clearance. The final choice should also maintain enough teeth in contact with the material.

2. What works best for thin-wall tubing?
A finer or variable-pitch configuration is often more appropriate for tubing. It helps maintain more consistent tooth engagement as the blade enters and exits the walls of the section.

3. Can the SIP 01595 blade cut non-ferrous metals?
Yes. It is suitable for aluminium, copper, brass, and other non-ferrous materials as well as mild and stainless steel. Machine speed and tooth pitch should still be matched to the material.

4. Why does the blade use a flexible backing?
The flexible backing allows the blade to repeatedly bend around the bandsaw wheels without requiring the entire blade to be as hard as the cutting teeth. This helps reduce fatigue during regular operation.

5. What can help produce more consistent cuts?
Correct blade tension, guide adjustment, TPI selection, and controlled feed pressure all contribute to stable cutting. Regular inspection of the teeth can also help identify wear before performance declines.