Made for miter saws, for cutting chipboard, OSB, MDF, aluminium, copper, brass, plastics, or thin-walled steel. A specially formulated, highly compact Titanium Cobalt Carbide (TiCo), engineered and manufactured by freud. It provides a sharper edge and flawless finish with a dramatically longer cutting life. Perma shield technology is a non-stick coating formulation that withstands the toughest applications. It provides thermal insulation, protects from corrosion and eliminates resin build-up, reducing downtime for cleaning. Saw blade for processing wood and wood-based materials, non-ferrous metals, plastics and thin-walled steel Ideal for cutting wood-based panels, non-ferrous metals, plastics and thin-walled steel with cross-cut and mitre saws. Features: Ideal for cutting wood-based panels, non-ferrous metals, plastics and thin-walled steel with cross-cut and mitre saws The titanium-cobalt-carbide alloys (TiCo) specially produced by Freud enable flawless results with an enormous service life The PermaShield coating provides durable protection and reduces build-up Saw blades from Freud - the world's largest manufacturer of high quality circular saw blades Lasered anti-vibration slots guarantee smooth running and minimize noise The special brazing joint (Freud Tri-Metal) consists of a layer of copper between two layers of silver, which ensures improved stability during hard impacts Highest precision in production: each saw blade is individually balanced. The ring-shaped imprint in the main blade bears witness to this complex pre-tensioning process. Laser-cut expansion slots guarantee a clean concentricity Steel blade of selected steel guarantees precision and longevity The essential information is permanently lasered onto each Freud saw blade Technical data: Freud classification: Cabled | crosscut saw | multi-material (→ lasered on the saw blade as a pictogram) Saw blade Ø: 216 mm Cutting width: 2.0 mm Blade thickness: 1.6 mm Bore Ø: 30 mm Number of teeth: 40 Tooth form: double trapezoidal flat tooth Angle of rake: 0°