Total TAC2337210 TCT saw blade for aluminum 254mm(10″) 100T
KSh4,250.00
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High Tooth Count (100T): Delivers precise, smooth, and low-burr cuts on thin- and thick-walled aluminum profiles without snatching the material.
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Specialized Carbide Formula: Built with hard carbide tips designed to withstand the abrasive nature of non-ferrous alloys while preventing chip welding.
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Versatile Bore Options: Features a standard 30mm center bore and includes two reducing rings (16mm and 25.4mm) to fit a variety of miter saw spindles.
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Vibration Reduction: Precision expansion slots dissipate heat and minimize vibration for consistent alignment during heavy cut cycles.
Total TAC2337210 is a 10-inch (254mm) high-density Tungsten Carbide Tipped (TCT) saw blade engineered specifically for cutting aluminum and non-ferrous metals. Featuring a fine 100-tooth geometry, it delivers clean, burr-free cuts on aluminum extrusions, profiles, channels, and pipes.
Technical Specifications
| Feature | Specification |
| Model Code | TAC2337210 |
| Brand | TOTAL Tools |
| Blade Type | TCT (Tungsten Carbide Tipped) Saw Blade |
| Application | Aluminum and Non-Ferrous Metals Cutting |
| Outer Diameter ($\varnothing$) | 254 mm (10 inches) |
| Teeth Count | 100T |
| Arbor / Bore Size | 30 mm |
| Included Reduction Rings | 16 mm and 25.4 mm (1 inch) |
| Compatible Tools | Miter Saws & Sliding Compound Miter Saws (e.g., Total TS42182551, TS42182552) |
| Packaging | Packed in a color display box |
Key Features & Benefits
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High Tooth Count (100T): Delivers precise, smooth, and low-burr cuts on thin- and thick-walled aluminum profiles without snatching the material.
-
Specialized Carbide Formula: Built with hard carbide tips designed to withstand the abrasive nature of non-ferrous alloys while preventing chip welding.
-
Versatile Bore Options: Features a standard 30mm center bore and includes two reducing rings (16mm and 25.4mm) to fit a variety of miter saw spindles.
-
Vibration Reduction: Precision expansion slots dissipate heat and minimize vibration for consistent alignment during heavy cut cycles.

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