Freud LU88R012 12" Thin Kerf Fine Finish Crosscut Blade - TiCo Carbide, Perma-SHIELD

Overview

The Freud LU88R012 is a 12-inch crosscut blade built for precision and efficiency. With a Perma-SHIELD coating, it’s designed to perform well on underpowered saws, delivering smooth, accurate crosscuts through hardwoods, softwoods, and moldings. This blade is ideal for fine finish work where edge quality matters and control is key.

Smart design for smoother cuts

The advanced coating minimizes friction and heat buildup, which can help the blade pull less on the saw. In practical terms, operators may experience easier feeding, steadier starts, and more consistent results on challenging stock. While performance can vary with tool condition and stock, the design aims to keep cuts cleaner and more controllable.

• Perma-SHIELD Non-Stick Coating reduces drag and helps resist pitch buildup
• Coating aids in keeping the blade cooler during long or tough cuts
• Protection against corrosion supports longer blade life

Performance and materials

At the core is a Premium TiCo Hi-Density Carbide crosscutting blend that maintains sharpness under demanding use. The blade features a positive hook angle to promote smoother cuts and faster feed rates, while a thin kerf design minimizes material removal and makes feeding easier—especially on underpowered equipment.

• Premium TiCo carbide blend for durability and long-lasting sharpness
• Positive hook angle for cleaner cuts and quicker feeding
• Thin kerf reduces waste and lowers horsepower requirements

Specs at a glance

• Arbor: 1" • Diameter: 12" • Grind: ATB • Hook Angle: 15°
• Kerf: .094" • Plate: .071" • Teeth: 80

Real-world use

Designed for fine finish tasks such as cabinetry trim, crown molding, and intricate crosscuts, this blade helps produce crisp, consistent edges on both hardwoods and softwoods. The combination of a slim kerf and a well-engineered tooth geometry supports smoother starts, reduced chipping along delicate edges, and dependable performance across a range of joinery applications.