Applicable materials: carbon steel, stainless steel, copper, aluminum, alloy steel, and some non-metallic materials;
Typical industries: mechanical parts processing, automobile manufacturing, pipe cutting, aerospace and other fields.
Parameter |
Range |
Outer diameter |
8-500 mm |
Thickness |
0.1-23 mm |
Inner Hole |
≥2 mm |
Number of Teeth |
Adjust according to the material |
Typical Specifications |
250×1.2×32、400×2.5×32, etc |
Outer diameter range: 8-500mm, common models include 250 × 1.2 × 32, 300 × 2.5 × 32, 315 × 2.0 × 32, etc;
Thickness range: 0.1-23mm. Thin sheets (such as 1.2mm) are used for precision machining, while thick sheets (such as 4.0mm) are suitable for cutting thick plates;
Internal hole standard: ≥ 2mm, compatible with mainstream cutting equipment.
High speed steel circular saw blades are composed of elements such as carbon (C), tungsten (W), molybdenum (Mo), chromium (Cr), vanadium (V), etc. After heat treatment, they have high thermal hardness and can maintain hardness at high temperatures of 600 ℃, with a cutting speed of over 60 meters per minute.
Ordinary High-Speed Steel (HSS-DM05) |
Suitable for cutting general metals such as carbon steel and aluminum |
High Performance High-Speed Steel (HSS Co) |
Cobalt containing alloy with stronger wear resistance, suitable for high-strength materials such as stainless steel and alloy steel |
Material matching: Choose HSS-Co for stainless steel and HSS-DM05 for ordinary steel;
Specification selection: For thick plates (such as ≥ 10mm), priority should be given to models with an outer diameter of ≥ 300mm and a thickness of ≥ 2.5mm;
Process: Choose coating process (such as titanium plating) or powder metallurgy process products to enhance durability.
Narrow tooth pitch (dense teeth): suitable for thin-walled pipes, reducing burrs;
Wide tooth pitch (sparse teeth): used for cutting thick plates to improve chip removal efficiency
Installation requirements: Ensure the accuracy of the equipment spindle and clamp plate, and avoid saw blade shaking or deviation;
Cutting parameters: Adjust the speed and feed rate according to the material thickness. For thick plates, reduce the speed and increase the pressure;
Lubrication requirements: Cutting fluid must be used for cooling, dry cutting is prohibited, otherwise it may cause overheating and tooth breakage of the cutting edge;
Wear treatment: Replace immediately if there are broken teeth or burrs on the cutting surface, and repair the old saw blade in a timely manner to extend its service life.
Through reasonable selection and standardized operation, high-speed steel circular saw blades can achieve efficient and high-precision metal cutting, suitable for industrial mass production needs.
As leading circular knife manufacturers, we produce industrial-grade slitter blades that meet the most demanding production requirements. Our circular slitter blades feature specialized geometries and hardened surfaces that resist wear in continuous operation. Precision-ground to exacting tolerances, these blades offer superior dimensional stability and extended service life. Whether for textile processing, packaging materials, or metal coil slitting, our solutions deliver reliable performance with tight tolerances for width consistency and edge quality.
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