Freud LU82M010 10-Inch Heavy-Duty Multi-Purpose Saw Blade

Powerful versatility for professional woodcutting

The Freud LU82M010 10-inch heavy-duty multi-purpose blade is engineered for speed, consistency, and long life in busy shops. With 60 TiCo high-density carbide teeth and Freud’s Silver I.C.E. coating, this blade is designed to handle a mix of hard and soft woods as well as stacks of manmade materials, all while resisting heat buildup and corrosion.

Key design features that matter on the job

This blade combines several premium elements to keep your workflow moving smoothly:

• 60 teeth with TiCo high-density carbide tips for edge retention and reliable cuts
• Triple-Chip Tooth Grind (TCG) with trapezoidal teeth for a controlled kerf and reduced chipping in brittle materials
• Large gullets for quick chip removal and faster cuts
• 0.126-inch kerf to maximize material efficiency

Versatility across wood types and materials

Designed for both ripping and crosscutting, the LU82M010 excels with a broad material range:

• Crosscutting in materials 1/2 to 2-3/4 inches thick
• Ripping in materials 3/8 to 3/4 inch thick
• Suitable for hardwoods, softwoods, and stacks of manmade sheets
• 5/8-inch arbor for compatibility with typical 10-inch saws

Durability, precision, and easier maintenance

Precision balance and pretensioning minimize vibration under heavy loads, while laser-cut anti-vibration slots reduce chatter for a cleaner finish. The Silver I.C.E. coating resists heat, corrosion, and resin buildup, helping to keep the blade performing well and your workspace tidy. The blade is laser-cut from high-strength steel to maintain flatness and stability, even after extended use. Freud backs this with a limited lifetime warranty for dependable performance over time.

Real-world benefits you may notice

In busy shop conditions, you might appreciate longer blade life, less downtime for cleaning, and consistent cuts across a variety of materials. The combination of TiCo carbide, coating technology, and thoughtful geometry is intended to support steady throughput without sacrificing finish quality.

What you get in practice is a blade that pairs broad material capability with durability and a clean, precise cut profile—whether you’re crossing, ripping, or working through stacked panels.