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Carbide-Tipped Lathe Tool Bit, No. D-10 (Pack of 1)
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• Micrograin carbide combines the strength of high-speed steel with the hardness and wear resistance of carbide. Its high degree of shock resistance safeguards against chipping or breaking under normal conditions
• Micrograin carbide handles interrupted cuts even on welds and flame-cut material. It also allows for greatly increased speeds and feeds in high-strength, thermal-resistant alloys
• Effective in machining high-temperature high-strength alloys, work-hardened stainless steels and hard materials
• Made in USA
For turning, plunging, facing, boring and chamfering
• An exceptional choice for many difficult machining applications traditionally not suited for standard carbide tool bits. These include heavy roughing at low speeds, problem applications where other carbides fail by chipping, and where cast alloys or high-speed steel wear rapidly
• Excels in cutting tough materials such as aluminum, brass, bronze, cobalt, Hastalloy, high-speed steel, Inconel, molybdenum, Rene, stainless steel, super alloys, titanium, tungsten, Waspaloy, zirconium and more
CAUTION: Any cutting tool may break or shatter under improper use. Government regulations require use of safety glasses and other appropriate safety equipment at all times in the vicinity of use.
• Micrograin carbide combines the strength of high-speed steel with the hardness and wear resistance of carbide. Its high degree of shock resistance safeguards against chipping or breaking under normal conditions
• Micrograin carbide handles interrupted cuts even on welds and flame-cut material. It also allows for greatly increased speeds and feeds in high-strength, thermal-resistant alloys
• Effective in machining high-temperature high-strength alloys, work-hardened stainless steels and hard materials
• Made in USA
For turning, plunging, facing, boring and chamfering
• An exceptional choice for many difficult machining applications traditionally not suited for standard carbide tool bits. These include heavy roughing at low speeds, problem applications where other carbides fail by chipping, and where cast alloys or high-speed steel wear rapidly
• Excels in cutting tough materials such as aluminum, brass, bronze, cobalt, Hastalloy, high-speed steel, Inconel, molybdenum, Rene, stainless steel, super alloys, titanium, tungsten, Waspaloy, zirconium and more
CAUTION: Any cutting tool may break or shatter under improper use. Government regulations require use of safety glasses and other appropriate safety equipment at all times in the vicinity of use.
