Typical Applications
- Stationary automatic sawing of steel tubes and pipes with wall thickness greater than 3 mm.
- Cut-to-length production of mechanical tubing, structural tubing, hydraulic tube, sleeves, bushings, and other tubular steel parts.
- Medium carbon steel, high carbon steel, alloy steel, and stainless steel tube applications where surface finish and burr control are important.
- High speed tube processing lines that need a dedicated cold saw blade rather than a general solid-cutting blade geometry.
Key Performance Advantages
- Dedicated tube-cutting geometry improves stability, chip flow, and end quality on tubular sections.
- PVD-coated tungsten carbide tips support higher productivity and longer blade life in demanding tube applications.
- Helps achieve cleaner tube ends, reduced burr, and less deformation than less specialized sawing setups.
- Covers a broad range of steel tube materials, including higher-strength and stainless tube applications, on stationary high speed sawing machines.
Problems This Cold Saw Blade Helps Solve
- Short blade life when general-purpose blades are used on thick-walled tubes and pipes.
- Poor tube-end finish, burr, and secondary cleanup after cutting.
- Instability or tooth damage caused by tube vibration, poor support, or unsuitable tooth pitch.
- Slower output on demanding steel tube jobs where a dedicated carbide cold saw blade can run more efficiently.
Application Notes
- This product is designed for stationary automatic tube and pipe cutting, not as the primary choice for general solid-bar sawing.
- Support the tube correctly to limit vibration, distortion, and tooth impact at entry and exit.
- Use suitable coolant application and chip evacuation, especially on stainless or higher-strength tubes.
- If the saw travels with the moving tube mill line, move to Cold Saw Blades for Flying Cut-off.
