Transcription of Machining nickel alloys
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Machining nickel alloys
NiDl nickel Development Institute Machining nickel alloys A nickel Development Institute Reference Book, Series No 11 008. Table of Contents Acknowledgments .. i Abbreviation key .. i Introduction .. ii nickel alloys and machinability .. 1. Basic principles applicable to all Machining operations .. 3. work hardening .. 3. Choice of cutting tools .. 3. Lubricants and coolants .. 4. Recommendations for Machining .. 5. Turning, boring and grooving .. 5. High speed steel tooling .. 5. Carbide tooling .. 6. Ceramic tooling .. 7. Insert selection and method of use .. 9. Taking the correct tool path .. 12. Drilling .. 12. Twist drills .. 12. Insert drills .. 12. Deep hole drilling .. 13. Deep hole drilling by non-traditional methods .. 14. Reaming .. 14. Tapping and threading .. 15. Planing and shaping .. 16. Broaching .. 16. Milling .. 17. Conventional milling cutters .. 17. Electrochemical, electrical discharge, and chemical milling .. 18.
B work hardened than Group A alloys. Most alloys cannot be Alloy 36 K93600 36.0 64.0 hardened by heat treatment and best machining is obtained Alloy K K94610 29.5 53.0 17.0 in cold-drawn or cold-drawn and stress-relieved conditions. Alloy MS 250 19.0 76.0 3.0 1.4 Alloy 600 N06600 76.0 8.0 15.5
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