Non-Ferrous

This industrial blade cuts acrylics, polycarbonates and other plastics, leaving a smooth finish without melting. By combining micrograin carbide tips with a specially modified triple chip grind these blades will give a clean smooth cut. These blades produce less heat keeping the cut edge...

This blade produces a smooth, burr-free finish when cutting thin aluminum, brass and other non-ferrous metal extrusions. A high tooth count with a -5° hook angle allows the teeth to slice efficiently through the material without binding. The requirements on the cutting edge greatly...

This thick stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

This medium stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

Diablo's next generation Saw Blades for Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

Diablo's next generation Saw Blades for Thick Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts...

Diablo's Saw Blades for Thick Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo high-performance TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

Diablo's next generation Saw Blades for Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

Diablo's next generation Aluminum saw blades are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and last...

Diablo's next generation Saw Blades for Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

Diablo's next generation Saw Blades for Thin Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts...

Diablo's next generation saw blades for aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

Diablo's next generation Saw Blades for Aluminum are optimized for cutting thin (up to 1/8”), medium (3/32”-1/4”) and thick (3/16”-7/16”) aluminum metals. Featuring the new, specially formulated Diablo TiCo™ Super-Density Micro-Grain Carbide, these radical blades withstand impact, reduce wear, provide clog free cuts and...

  CHROME PLATED BLADE Protects the tool from corrosion, rust, and resin/residue build-up. Extends tool life dramatically. Absorbed power by the motor is significantly reduced so the tool moves smoothly throughout cutting operation. Tool maintenance is fast and easy. Surface hardness: 380-400 Vickers.     TRI-METAL BRAZING...

  CHROME PLATED BLADE Protects the tool from corrosion, rust, and resin/residue build-up. Extends tool life dramatically. Absorbed power by the motor is significantly reduced so the tool moves smoothly throughout cutting operation. Tool maintenance is fast and easy. Surface hardness: 380-400 Vickers.     TRI-METAL BRAZING...

  CHROME PLATED BLADE Protects the tool from corrosion, rust, and resin/residue build-up. Extends tool life dramatically. Absorbed power by the motor is significantly reduced so the tool moves smoothly throughout cutting operation. Tool maintenance is fast and easy. Surface hardness: 380-400 Vickers.     TRI-METAL BRAZING...

With this ultimate solid surface blade, there is no need for stabilizers. This blade features teeth with a specially designed triple chip grind for leaving swirl-free cuts in solid surface materials such as Dupont® Corian®, Wilsonart Gibralter® and SSV Fountainhead®. The laser-cut anti-vibration slots...

With this ultimate solid surface blade, there is no need for stabilizers. This blade features teeth with a specially designed triple chip grind for leaving swirl-free cuts in solid surface materials such as Dupont® Corian®, Wilsonart Gibralter® and SSV Fountainhead®. The laser-cut anti-vibration slots...

With this ultimate solid surface blade, there is no need for stabilizers. This blade features teeth with a specially designed triple chip grind for leaving swirl-free cuts in solid surface materials such as Dupont® Corian®, Wilsonart Gibralter® and SSV Fountainhead®. The laser-cut anti-vibration slots...

This industrial blade cuts acrylics, polycarbonates and other plastics, leaving a smooth finish without melting. By combining micrograin carbide tips with a specially modified triple chip grind these blades will give a clean smooth cut. These blades produce less heat keeping the cut edge...

This industrial blade cuts acrylics, polycarbonates and other plastics, leaving a smooth finish without melting. By combining micrograin carbide tips with a specially modified triple chip grind these blades will give a clean smooth cut. These blades produce less heat keeping the cut edge...

This industrial blade cuts acrylics, polycarbonates and other plastics, leaving a smooth finish without melting. By combining micrograin carbide tips with a specially modified triple chip grind these blades will give a clean smooth cut. These blades produce less heat keeping the cut edge...

This blade produces a smooth, burr-free finish when cutting thin aluminum, brass and other non-ferrous metal extrusions. A high tooth count with a -5° hook angle allows the teeth to slice efficiently through the material without binding. The requirements on the cutting edge greatly...

This heavy-duty, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray of...

This heavy-duty, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray of...

This heavy-duty, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray of...

This thick stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

This thick stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

This medium stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

This medium stock, non-ferrous metal cutting blade produces an excellent finish. These blades have custom designed gullets to minimize chip build-up and specially formulated carbide for long life. Freud recommends use of a liquid lubricant when cutting. This can be accomplished with a spray...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Carbide-Tipped blade for cutting non-ferrous metals with Next Generation Anti-Vibration Design that eliminates movement and reduces machine vibration.

Carbide-Tipped blade for cutting non-ferrous metals with Next Generation Anti-Vibration Design that eliminates movement and reduces machine vibration.

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Freud’s range of dedicated saw blades for picture frames and molding saw blades deliver superior finishes in solid wood and man-made materials when in crosscutting and mitering applications. Freud-made TiCo™ Hi-Density Carbide coupled with Freud’s Silver I.C.E (Industrial Cooling Element) [or Perma-SHIELD coating] gives...

Carbide-Tipped blade for cutting non-ferrous metals with Next Generation Anti-Vibration Design that eliminates movement and reduces machine vibration.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.

Carbide-Tipped blade for cutting aluminum and non-ferrous metals with Freud's exclusive TiCo Hi-Density Carbide designed and manufactured specifically for each cutting application to maximize cutting life.