A studio product shot of the Freud LU87R006M20 160mm thin kerf ripping blade, featuring its signature red Perma-SHIELD coating, 14 carbide-tipped teeth, and a 20mm arbor.
A close-up view of two red Freud industrial saw blades resting on a light wood surface, highlighting the laser-cut anti-vibration slots and the detailed product specifications printed on the blade face.
An action shot showing the Freud ripping blade installed in a Festool TS 55 EQ track saw being used to make a precise cut on a sheet of plywood.
A studio product shot of the Freud LU87R006M20 160mm thin kerf ripping blade, featuring its signature red Perma-SHIELD coating, 14 carbide-tipped teeth, and a 20mm arbor.
A close-up view of two red Freud industrial saw blades resting on a light wood surface, highlighting the laser-cut anti-vibration slots and the detailed product specifications printed on the blade face.
An action shot showing the Freud ripping blade installed in a Festool TS 55 EQ track saw being used to make a precise cut on a sheet of plywood.
Freud

Freud LU87R006M20 6-1/4 Inch Thin Kerf Ripping Saw Blade with 20mm Arbor TiCo Carbide and Perma-Shield Coating for Underpowered Table and Radial Arm Saws

In stock
SKU: LU87R006M20
$29.99

Description

Revitalize Your Saw with High-Efficiency Thin Kerf Ripping Performance

The Freud LU87R006M20 Thin Kerf Ripping Blade is specifically engineered to breathe new life into underpowered table saws and radial arm saws. By utilizing a narrow 0.098" kerf, this blade significantly reduces the horsepower required from your motor, allowing for a faster feed rate and drastically reduced material waste. This is the ultimate solution for heavy-duty ripping applications where traditional full-kerf blades might cause your saw to bog down or stall. Designed for a material thickness range of 3/4" to 2-3/4", it provides a clean, effortless path through the densest hardwoods and softwoods alike.

At the heart of this blade's performance is Freud's Premium TiCo™ High-Density Carbide Ripping Blend, which ensures maximum durability and a razor-sharp edge over long-term use. The blade is treated with a red Perma-Shield™ non-stick coating, which reduces drag by up to 33% and prevents the common issues of heat buildup, corrosion, and pitch accumulation. Combined with a 20° positive hook angle for aggressive, easy feeding, this blade transforms standard cutting tasks into high-efficiency operations, protecting your saw's motor while delivering professional-grade results.

Key Features

  • Premium TiCo™ Hi-Density Carbide: A specialized ripping blend designed to provide maximum performance and extended edge life.
  • High-Efficiency Thin Kerf: Minimizes wood waste and requires significantly less horsepower, ideal for smaller or underpowered saws.
  • Perma-Shield™ Non-Stick Coating: Reduces blade drag by 1/3 and shields the plate against heat, resin pitch, and corrosion.
  • Positive Hook Angle: Features a 20° angle for fast material removal and effortless feeding during demanding ripping tasks.
  • Optimized Cutting Range: Specifically tuned for superior performance in materials ranging from 3/4" to 2-3/4" thick.
  • Reduced Vibration: Precision-balanced plate ensures stable, chatter-free cuts for a smoother finish.
  • Motor Protection: Lowered resistance helps prevent motor overheating and extends the life of your power tool.

What's Included

  • (1) Freud LU87R006M20 160mm (6-1/4") Thin Kerf Ripping Saw Blade

Specifications

Diameter 160mm (Approx. 6-1/4 in.)
Arbor Size 20mm (Approx. 25/32 in.)
Teeth 14
Kerf Width 0.098 in.
Hook Angle 20° (Positive)
Plate Thickness 0.063 in.
Grind Type ATB (Alternate Top Bevel)
Coating Red Perma-Shield™
Material Application Hardwood, Softwood
Ideal Depth of Cut 3/4 in. to 2-3/4 in.

Pro-Tip: To achieve the best results with a thin kerf blade, ensure your table saw's riving knife or splitter is thinner than the 0.098" kerf but thicker than the 0.063" blade plate. This prevents the wood from pinching the blade during a rip cut, maximizing safety and ensuring the cleanest possible finish.