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Heat Treatment Parameters: alloy steel

4340 normalize to 8620 normalize

Heat treatment process parameters for engineering alloys — annealing, normalizing, quench-and-temper, precipitation hardening, carburizing, and stress relief. Covers carbon steels (1020/1045/1080), alloy steels (4130/4140/4340/8620/52100), tool steels (H13/D2/M2), stainless steels (304/316/17-4PH/15-5PH), aluminum alloys (2024/6061/7075), Ti-6Al-4V titanium, and Inconel 718. Per ASM Handbook Vol.4A/4B, ASTM A255, AMS 2770.

Materials Sciencealloy family: alloy steel9 rowsPage 2 of 2
alloy familyrecord idalloyanneal temp C (C)anneal temp F (F)austenitize temp C (C)austenitize temp F (F)hardness as treated HB (HB)hardness as treated HRC (HRC)hold time min (min)normalize temp C (C)normalize temp F (F)quench mediumtemper temp max C (C)temper temp max F (F)temper temp min C (C)temper temp min F (F)tensile strength MPa (MPa)treatment type
alloy steel4340 normalize4340308701,600269normalizing
alloy steel4340 qt high43408451,5505125060oil3156002054001,760quench and temper
alloy steel4340 qt high strength43408451,5503023160oil6501,2005401,0001,020quench and temper
alloy steel4340 qt medium43408451,5503523960oil5401,0004258001,241quench and temper
alloy steel52100 anneal521007901,455197480689spheroidize anneal
alloy steel52100 qt521008451,5507606360oil1753501503002,100quench and temper
alloy steel8620 anneal86208451,55016360572full anneal
alloy steel8620 carburize862060240175350150300carburizing
alloy steel8620 normalize8620309001,650179normalizing

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