Best Table Saw Blades for Aluminum: Top Aluminum Cutting Blades
Choosing the right table saw blade for aluminum and non-ferrous metals can dramatically improve cut quality, reduce vibration, and extend blade life. This guide highlights five top options, each designed to handle aluminum, plastics, and other non-ferrous materials with precision. Read on to compare tooth configurations, arbor compatibility, coatings, and durability to find the blade that fits your saw and project needs.
| Product | Tooth Count | Arbor | Best For | Coating/Features |
|---|---|---|---|---|
| FOXBC 10-Inch 80-Tooth TCG | 80 | 5/8″ | Aluminum and non-ferrous metals | Laser-cut stabilizer vents, tungsten carbide, 0.094″ kerf |
| TOMAX 10-Inch 80 Tooth TCG | 80 | 5/8″ | Aluminum and non-ferrous metals | Electrophoretic coating, durable carbide teeth |
| FOXBC 10-Inch 100-Tooth TCG | 100 | 5/8″ | Thin aluminum cuts, clean finishes | Thin kerf 0.095″, tungsten carbide, stabilizers |
| OA-BRES 10-Inch 80T Aluminum Blade | 80 | 5/8″ | Non-ferrous metals, plastics | Electrophoretic coating, laser-cut stabilizers |
| MASTEC 10-Inch 100T Carbide Tooth | 100 | 5/8″ | Aluminum, plexiglass, plastics | Triple Chip carbide teeth, durable coating |
Product selections below provide detailed specifications, pros and cautions, to help you pick the blade that best fits your aluminum cutting jobs. Each option emphasizes clean cuts, reduced heat buildup, and longer blade life for reliable performance on metal and composite materials.
FOXBC 10-Inch 80-Tooth TCG for Aluminum
Designed for aluminum and non-ferrous metal and plastic cutting, this 10-inch blade features an 80-tooth configuration with a 5/8-inch arbor and a kerf of 0.094 inches. Its laser-cut stabilizer vents help trap noise and reduce vibration for improved accuracy and durability. The blade is made from high-density tungsten carbide, delivering toughness, wear resistance, and long life, making it suitable for repetitive aluminum milling tasks and mixed-material projects.
TOMAX 10-Inch 80 Tooth TCG
This TOMAX blade is optimized for aluminum and non-ferrous metals, with an 80-tooth configuration and a 5/8-inch arbor. It uses construction-grade carbide teeth for maximum wear resistance and a longer blade life. An electrophoretic coating helps reduce rust and corrosion, preserving cutting performance in challenging shop environments. The combination of tooth geometry and coating aims for cleaner finishes on delicate metalwork.
FOXBC 8-1/4 Inch 80-Tooth TCG Blade
For compact saws or tighter corners, this 8-1/4-inch FOXBC blade uses an 80-tooth TCG configuration with a 5/8-inch arbor and a kerf of 0.087 inches. Its diamond knockout and laser-cut stabilizer vents reduce vibration and help preserve accuracy during metal and plastic cutting. Tungsten carbide teeth ensure long life and sustained cutting performance in aluminum and other non-ferrous materials.
FOXBC 10-Inch 100-Tooth TCG
This blade features a 100-tooth TCG configuration designed for aluminum and non-ferrous metal cutting with a thin kerf of 0.095 inches. The 5/8-inch arbor supports stable mounting on standard table saws. Its high-density tungsten carbide teeth provide excellent wear resistance, enabling clean, precise cuts through thin and thicker aluminum sections alike, while stabilizer vents help manage heat and vibration during operation.
OA-BRES 10-Inch 80T Aluminum Blade
OA-BRES offers an 80-tooth blade with a 5/8-inch arbor, tailored for aluminum and non-ferrous metal cuts, with a durable C-4 tungsten carbide construction. The electrophoretic coating helps resist rust, while laser-cut stabilizer vents help reduce heat buildup and blade warp, contributing to smoother finishes in aluminum and plastics. This blade aims for steady performance in everyday metalworking tasks and hobbyist projects.
MASTEC 10-Inch 100T Carbide Tooth TCG
MASTEC’s 10-inch blade with 100 carbide teeth uses a Triple Chip Grind (TCG) tooth configuration for aluminum, plexiglass, plastics, and non-ferrous metals. The 5/8-inch arbor and durable carbide teeth design aim to deliver smoother cuts and reduced chipping on delicate aluminum sections. This blade is positioned for users who require reliable performance across mixed-material projects while maintaining edge quality.
Buying Guide: Key Purchase Considerations
- Material compatibility: For aluminum and non-ferrous metals, look for TC G (Triple Chip Grind) or similar tooth geometries that balance sharpness with durability, reducing chatter and edge burrs.
- Tooth count and kerf: Finer teeth (80–100T) generally yield smoother finishes on metals and plastics but may cut slower. Narrow kerfs (around 0.087–0.095 inches) can minimize material waste and heat buildup.
- Arbor size: Most saws use 5/8-inch arbors; confirm compatibility with your table saw model to avoid vibrations and misalignment.
- Coatings and coatings protection: Electrophoretic coatings resist rust and corrosion, extending blade life in workshop environments where humidity and metal filings are present.
- Stabilizers and ventilation: Laser-cut stabilizers and venting reduce vibration and heat, which improves accuracy and reduces blade warp during prolonged cuts.
- Thin-kerf vs standard: Thin-kerf blades produce less resistance, generating less heat and enabling faster cuts in aluminum, but ensure your saw can handle the reduced material removal per pass.
- Durability vs. cost: Higher tooth-count blades generally last longer on non-ferrous materials, but consider the job size and frequency to determine whether the investment is warranted for your shop.
- Safety and direction: Always verify blades are installed correctly, rotate in the intended direction, and use appropriate PPE when cutting aluminum or plastics to minimize kickback and dust exposure.
When selecting a blade, consider your typical aluminum thickness, feed rate, and whether you frequently cut plastics or Plexiglas in addition to aluminum. The blades featured here focus on reliable performance for aluminum and non-ferrous materials, offering a balance of wear resistance, heat management, and cut quality.