Best Saw Blades to Cut Aluminum for Clean, Precise Results
Finding the right saw blade for aluminum and other non-ferrous metals can improve cut quality, reduce burrs, and extend blade life. The following five blades are selected for compatibility with aluminum, plastic, and other non-ferrous materials while offering durability and reliable performance. Use this guide to compare tooth geometry, kerf, and arbor size to match your equipment and project needs.
| Product | Tooth Count | Arbor | Material | Key Benefit |
|---|---|---|---|---|
| TOMAX 12-Inch 100 Tooth | 100 | 1 inch | Carbide | Long blade life with rust protection |
| FOXBC 10-Inch 100-Tooth | 100 | 5/8 inch | Tungsten carbide | Excellent for thin to medium aluminum |
| FOXBC 10-Inch 80-Tooth | 80 | 5/8 inch | Tungsten carbide | Reduced kerf, stabilized cutting |
| IVY Classic 35056 Swift Cut | 200 | 5/8 inch | High-carbon steel | Light gauge aluminum and plastics |
| Diablo D0756N | 56 | 5/8 inch | TiCo carbide | Durable for thick aluminum and tough cuts |
TOMAX 12-Inch 100 Tooth TCG Blade
Designed for aluminum and non-ferrous metals, this TOMAX blade uses construction-grade carbide teeth to maximize wear resistance and extend blade life. An electrophoretic coating helps reduce rust and corrosion, preserving performance in challenging shop environments. The 100-tooth geometry helps produce finer finishes on thin to mid-thickness aluminum parts, while the 1-inch arbor ensures broad compatibility with standard miter and tables saws. This blade suits projects like framing profiles, extrusions, and decorative aluminum components where clean edges matter.
FOXBC 10-Inch 100-Tooth Blade (5/8″ Arbor)
This 10-inch blade uses a 100-tooth TCG configuration for aluminum and non-ferrous metal cutting with a 5/8-inch arbor. Its kerf is around 0.095 inches, making it suitable for thin to medium aluminum sheets and extrusions. Crafted from high-density tungsten carbide, it prioritizes toughness, wear resistance, and long life, reducing the need for frequent blade changes on busy jobs like trim work, duct installations, or cabinetry fabrication using aluminum materials.
FOXBC 10-Inch 80-Tooth TCG Blade
The 80-tooth configuration is optimized for aluminum cutting with a 5/8-inch arbor. Its laser-cut stabilizer vents help trap noise and reduce vibration for more accurate cuts. The blade’s tungsten carbide composition adds durability for repeated use on aluminum and plastics, making it well-suited to finishing tasks or precise joinery where fewer burrs are desired in the final piece.
IVY Classic 35056 Swift Cut 200-Tooth Blade
This 10-inch blade is designed for light-gauge aluminum, plastic, and vinyl siding up to 1/8 inch thick. Its 200-tooth geometry delivers very smooth finishes with minimal chip-out. High-carbon alloy steel provides toughness, while the blade is intended to rotate in the direction of arrows for optimal performance. For thicker or harder non-ferrous materials, IVY Classic recommends a different blade model, but this Swift Cut excels in lightweight aluminum trimming and profile work.
Diablo D0756N For Thick Aluminum
Diablo’s D0756N blade is engineered for thick aluminum cutting with a 7-1/4-inch diameter and a 56-tooth TCG setup. It uses TiCo carbide for longevity and a Tri-Metal shock-resistant brazing to resist impact. The triple chip grind provides a balance of cutting speed and life, making it suitable for flooring, remodeling, and other heavy-duty metal-cutting tasks where sustained performance matters. A non-stick Perma-SHIELD coating helps prevent gumming and heat buildup for longer blade life.
Buying Guide
Key considerations when selecting a blade for aluminum and non-ferrous metals include: blade tooth geometry, kerf, and heat management. Higher tooth counts typically yield smoother finishes on thin materials but generate more heat and slower cutting. A balanced kerf minimizes material waste while keeping chatter under control. Arbors must match your saw’s spindle size, commonly 5/8-inch or 1-inch for home-use miter and table saws.
Material and coating are important for longevity. Carbide-tipped blades resist wear when cutting aluminum, while coatings like Perma-SHIELD reduce sticking and heat-related damage. For thick aluminum or copper tubing, a blade designed for durability and high heat tolerance will improve cut quality and reduce rework. Laser-cut stabilizers and venting help minimize vibration, increasing precision on repeated cuts.
Another factor is compatibility with your project. For cabinetry or trim work using aluminum profiles, blades with finer tooth counts (80–100 teeth) generally perform better for burr-free edges. For heavier, structural aluminum, you may prioritize toughness and lower tooth count (56–80 teeth) to speed up cutting and withstand tougher material. Always confirm arbor size and RPM ratings to ensure safe, reliable operation on your saw.
Safety and maintenance matter as well. Use a blade appropriate for non-ferrous metals to prevent work-hardening. Maintain coolant or lubrication if your saw requires it, and inspect blades for dull teeth or damaged brazing before each use. Finally, store blades in a dry environment to maximize life and performance.