Slow helix 135° split point provides ease of penetration and increases edge strength. Heavy-duty web, short flute and overall lengths increase strength and rigidity. Ideally suited for drilling dif...
The straight flute design of these Solid Carbide drills increases edge strength, produces good size control, and hole surface finish. The 140° split point provides ease of penetration. Straight flu...
Heavy duty construction made to Type J aircraft specifications. Used for drilling holes in hard, tough materials such as stainless steel, titanium high temperature and high strength alloys. High re...
Web construction is heavier than general purpose construction making it particularly suitable for cotter pin hole drilling and cross hole drilling in heads of bolts. The heavy construction affords ...
Manufactured from a premium grade of M-7N molybdenum high speed steel. the Nitro Heavy Duty 135 degree Split Point drill with a Nitride surface treatment, that give a hard, protective layer to the ...
Solid carbide drills have the ability to retain hardness and a sharp edge at high temperature. Their excellent abrasion-resistant qualities make them advantageous for use in drilling abrasive mater...
NAS Type C. Screw Machine Drills are designed for use in machines and portable drilling in hard sheet metal alloys such as stainless and titanium. Because of their heavy-duty construction, and ease...
Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. Manufactured from M35 Cobalt (HSS-E) with a high vanadium con...
Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. Manufactured from M35 Cobalt (HSS-E) with a high vanadium con...
These taps are designed for machine tapping in a wide rane of material groups, including difficult to machine materials such as stainless steel. The Nitro multi-application tap improves thread qual...
These taps are designed for machine tapping in a wide rane of material groups, including difficult to machine materials such as stainless steel. The Nitro multi-application tap improves thread qual...
Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. Manufactured from M35 Cobalt (HSS-E) with a high vanadium con...
Nitro-Max ANSI/ANSI taps are produced with a reduced neck to allow for longer reach, improved coolant flow, and easier chip evacuation. Manufactured from M35 Cobalt (HSS-E) with a high vanadium con...
These taps are designed for machine tapping in a wide rane of material groups, including difficult to machine materials such as stainless steel. The Nitro multi-application tap improves thread qual...
These taps are designed for machine tapping in a wide rane of material groups, including difficult to machine materials such as stainless steel. The Nitro multi-application tap improves thread qual...
These taps are designed for machine tapping in a wide rane of material groups, including difficult to machine materials such as stainless steel. The Nitro multi-application tap improves thread qual...
