Non-ferrous Cutting Saw Blades
GDP Tooling supplies carbide-tipped circular saw blades for aluminum and non-ferrous metals, designed for precision cutting of extrusions, profiles, tubing and sheet materials on compatible industrial cutting equipment.
Our selection includes positive-hook and negative-hook triple-chip grind (TCG) saw blades for different machine configurations and cutting requirements. Available in a range of diameters, tooth counts and kerf widths, these blades provide durable cutting edges and consistent cut quality for demanding fabrication and production applications.
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Carbide Negative Hook Blade-Non-Ferrous Industrial
Price range: $237.00 through $670.00Select options- Performance Guarantee
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Carbide Negative Hook Blade-Non-Ferrous Workshop
Price range: $160.00 through $446.00Select options- Performance Guarantee
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Carbide Positive Hook-Non-Ferrous/Aluminum Industrial
Price range: $263.00 through $674.00Select options- Performance Guarantee
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Industrial Saw Blades for Aluminum & Non-Ferrous Metals
Carbide-tipped non-ferrous metal cutting saw blades are designed for precision sizing and cutting of aluminum extrusions, metal profiles, sheet materials and compatible plastics.
GDP Tooling offers industrial and workshop blade configurations featuring triple-chip grind (TCG) tooth geometry for dependable cutting performance in metal fabrication and manufacturing applications.
Negative-Hook Saw Blades for Aluminum Cutting
Our negative-hook carbide saw blades, including Series 2085, are designed for controlled cutting of non-ferrous metal and plastic profiles and sheet materials on compatible saws.
Negative-hook geometry is commonly used where controlled tooth engagement is important, particularly on certain mitre saws and other machines designed for cutting metal profiles.
Positive-Hook Industrial Saw Blades
Our Series 2080 positive-hook TCG saw blades are designed for sizing non-ferrous metal sheets and profiles, as well as compatible plastic materials.
Positive-hook cutting geometry is suited to appropriately designed industrial machinery and feed arrangements. The correct hook angle depends on the machine, material and cutting operation.
Selecting the Correct Non-Ferrous Cutting Blade
Blade selection should account for material type, blade diameter, bore size, kerf, tooth count, hook angle, cutting speed and machine compatibility.
For aluminum extrusions, sheet materials and specialized non-ferrous cutting applications, GDP Tooling can assist with identifying an appropriate carbide-tipped saw blade.
Contact GDP Tooling with your material specifications, machine information and blade dimensions for assistance selecting the correct cutting tool.
