Our premium HSS Circular Saw Blades are engineered for high-performance metal cutting, combining advanced metallurgical compositions with precision grinding. Designed to handle demanding industrial applications, these blades are essential for achieving clean, burr-free cuts across a vast array of materials including carbon steel, stainless steel, aluminum, and alloy steels.
Leveraging high-speed steel (HSS) technology, these blades maintain exceptional hardness even at extreme operating temperatures up to 600°C. Whether you are operating in aerospace manufacturing, automotive parts processing, or heavy-duty pipe cutting, our saw blades provide the thermal stability and wear resistance required for mass production and precision engineering.
| Outer Diameter | 8-500 mm | Thickness Range | 0.1-23 mm |
|---|---|---|---|
| Inner Hole | ≥ 2 mm | Max Operating Temp | 600 ℃ |
| Cutting Speed | Over 60 m/min | Common Models | 250×1.2×32, 400×2.5×32 |
| Standard Alloy | HSS-DM05 (General Purpose) | High Performance Alloy | HSS-Co (Cobalt-infused) |
| Typical Materials | C-Steel, Stainless, Cu, Al, Alloy | Processing Options | Titanium Plating / Powder Metallurgy |
Maintains extreme cutting edge hardness at temperatures up to 600°C, preventing premature deformation during high-speed operation.
Cobalt-enriched HSS-Co alloys provide superior wear resistance, significantly reducing downtime for blade replacement.
Available in ultra-thin sheets (1.2mm) for high-precision machining and thick sheets for heavy plate cutting.
Compatible with everything from thin-walled pipes to aerospace-grade alloy steels and non-metallic materials.
Customizable tooth pitch—dense for burr-free thin cuts and sparse for efficient chip removal in thick plates.
Optional titanium plating and powder metallurgy processes to maximize surface hardness and friction reduction.
Matching HSS-Co for stainless steel and HSS-DM05 for general carbon steel to optimize cost and performance.
Selecting outer diameters ≥ 300mm and thickness ≥ 2.5mm for plates over 10mm thick.
Strict installation standards to ensure spindle accuracy and eliminate saw blade shaking or deviation.
Dynamic adjustment of feed rates: lower speeds and higher pressure for thick-plate processing.
Mandatory use of cutting fluids to prevent overheating and catastrophic tooth breakage.
Timely repair and replacement of blades showing burrs or broken teeth to ensure industrial safety.
| Performance Metric | Standard HSS-DM05 | Premium HSS-Co |
|---|---|---|
| Wear Resistance | Standard | Ultra-High |
| Cutting Speed | Efficient | High-Speed Optimized |
| Tool Life Span | Baseline | 30-50% Increase |
| Hard Material Suitability | Limited | Excellent (Stainless/Alloy) |
| Overall ROI | Short-term Low Cost | Long-term High Efficiency |
For stainless steel and high-strength alloy steels, we strongly recommend HSS-Co (Cobalt High-Speed Steel) due to its superior wear resistance and ability to maintain hardness at higher temperatures.
No, dry cutting is strictly prohibited. Cutting fluid must be used for cooling to prevent overheating, which can lead to tooth breakage and reduced tool life.
Choose a narrow (dense) tooth pitch for thin-walled pipes to reduce burrs, and a wide (sparse) tooth pitch for thick plates to improve chip removal efficiency.
Our manufacturing capabilities allow for outer diameters ranging from 8mm up to 500mm, catering to both precision micro-cutting and heavy industrial applications.
Yes, titanium plating enhances surface durability and reduces friction, which minimizes heat build-up and extends the operational life of the cutting edge.
These blades are widely used in mechanical parts processing, automobile manufacturing, aerospace engineering, and various general equipment manufacturing sectors.
our products are exported to various parts of the world. Currently, our products have been exported to more than 40 countries Our products cover Asia, Europe, Africa, South America, North America, and Oceania
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