FOXBC 14-Inch Metal Cutting Blade, 66T Cermet Carbide – Up to 5x Life for Evolution Chop Saws

Overview

Meet the FOXBC 14-Inch Metal Cutting Blade, crafted for demanding metalwork tasks. With a 66-tooth cermet carbide blend, the blade blends aggressive cutting with a refined finish. A 0.095" kerf and a 1" arbor support stable, consistent performance on compatible 14" chop saws and metal cutting machines. The design emphasizes durability and smooth results without requiring aggressive feed rates.

Why it stands out

• Durable cermet teeth resist wear while maintaining cutting speed, potentially extending blade life relative to standard carbide.
• Triple Chip grind minimizes wandering and deflection, helping you achieve straighter, repeatable cuts across profiles.
• Laser-cut stabilizer vents reduce noise and vibration, helping keep the blade cooler for steadier cuts over time.

What you can cut

• Steel studs and tubing with wall thickness from 1/8" to 1/2" (11 gauge min to max).
• Plates and bars up to 1/4" thick (11 gauge min to max) and rods up to 1/2" diameter (min 2" length).
• Common metal profiles include angle iron, black iron pipe, Unistrut, EMT conduit, flat bar, all-thread, and channel.

Compatibility and use

Designed for 14" Evolution Saws and other 14" models, this blade is compatible with Evosaw 180HD 230, Evosaw 185 380, and Evolution S355MCS/S355CPS/S355CPSL/S380CPS metal cutting saws. The 1" arbor supports secure mounting on compatible machines for predictable results.

Durability and design

• Cermet blend teeth offer wear resistance and sustained cutting speed, with up to 3x longer life than standard carbide and up to 25x longer life versus standard grinding discs under certain conditions.
• Triple Chip Grinding is paired with optimized geometry to maximize life and speed while minimizing wandering and re-work.
• Advanced stabilizer vents trap noise and vibration, helping keep the blade cool and deliver straight, accurate cuts.
• Precision teeth from fine-grain ceramic carbide provide durability under tough metalworking scenarios for cleaner finishes.

Note: Real-world results vary with material type, feed rate, and saw torque. This description highlights potential benefits based on the blade’s design and tested usage patterns.