Non-Ferrous

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

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Carbide-Tipped blade ideal for cutting aluminum and non-ferrous metals incorporates Tri-Metal Brazing which consists of copper sandwiched between two layers of silver alloy to create a stronger, more impact-resistant bond between the carbide and the blade body.

Blades with negative wood stain that is suitable to cut plastic materials. In order to cut in a correct way, the sawblade has to stick out approximately 30 mm over the material to be cut. The reduced cutting height makes workpiece feeding easier and...

Blades with negative wood stain that is suitable to cut plastic materials. In order to cut in a correct way, the sawblade has to stick out approximately 30 mm over the material to be cut. The reduced cutting height makes workpiece feeding easier and...

Blades with negative wood stain that is suitable to cut plastic materials. In order to cut in a correct way, the sawblade has to stick out approximately 30 mm over the material to be cut. The reduced cutting height makes workpiece feeding easier and...

Blades with negative wood stain that is suitable to cut plastic materials. In order to cut in a correct way, the sawblade has to stick out approximately 30 mm over the material to be cut. The reduced cutting height makes workpiece feeding easier and...

Blades with negative wood stain that is suitable to cut plastic materials. In order to cut in a correct way, the sawblade has to stick out approximately 30 mm over the material to be cut. The reduced cutting height makes workpiece feeding easier and...

The LCL Commercial Saw Blade from Freud is a state-of-the-art blade, available in glue line rip, premium solid surface, premium counter top and mitering applications.

The LCL Commercial Saw Blade from Freud is a state-of-the-art blade, available in glue line rip, premium solid surface, premium counter top and mitering applications.

The LCL Commercial Saw Blade from Freud is a state-of-the-art blade, available in glue line rip, premium solid surface, premium counter top and mitering applications.

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 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 innovative 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 last...

Diablo’s aluminum cutting saw blades produce fast, accurate cuts in aluminum and other non-ferrous metals without bogging down your cordless saw’s battery. This 20mm arbor saw blade includes three additional bushings that allow your blade to also fit on 1/2", 5/8” or 10mm arbor...

Diablo’s Saw Blades for Medium Aluminum produce fast, accurate cuts in aluminum and other non-ferrous metals without bogging down your cordless saw’s battery. This 20mm arbor saw blade includes three additional bushings that allow your blade to also fit on 1/2", 5/8” or 10mm...

For thin stock non-ferrous and plastics on miter or RAS. The Alumi-Cut Series offers true quality and affordability. These blades are available in a wide variety of sizes to fit most popular job site and shop saws. Excellent results in aluminum, copper,brass, bronze and...

Solid surface materials such as Dupont® Corian®, Wilsonart Gibralter® and SSV Fountainhead®. Depth of cut (1/4" to 1-5/8"). 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...