440C Martensitic Stainless Steel - Kyocera Hardcoating
440C MartensiticStainless SteelEquivalent materials to 440C are:AISI440CAMS 5618AMS 5630AMS 5880ASTM A276ASTM A314ASTM A473ASTM A493ASTM A580DIN 1.4125QQS763UNS S44004
420 MartensiticStainless SteelEquivalent materials to 420 are:AISI420AMS 5506AMS 5621ASTM A276ASTM A314ASTM A473ASTM A580DIN 1.4007DIN 1.4021QQS763QQ S766UNS S42000
416 MartensiticStainless SteelEquivalent materials to 416 are:AISI416AMS 5610ASTM A194 (416, 6F)ASTM A314ASTM A473ASTM A581ASTM A582ASTM A895DIN 1.4005UNS S41600
4140 Alloy SteelEquivalent materials to 4140 steel are:AIS 4140ASTM A513 (4140)AMS 6349ASTM A519 (4140)AMS 6381ASTM A646 (4140)AMS 6382ASTM A711AMS 6390ASTM A752 (4140)AMS 6395ASTM A829AMS 6529SAE J1397 (4140)ASTM A193 (B7, B7M) SAE J404 (4140)ASTM A194 (7, 7M)SAE J412 (4140)ASTM A29 (4140)UNS G41400ASTM A320 (L7, L7M, L7D)ASTM A322 (4140)ASTM A331 (4140)ASTM A506 (4140)
17-4PH Cast PHStainless SteelEquivalent materials to 17-4p are:ASTM A693 grade 630 (AMS 5604B)UNS S17400EURONORM 1.4542X5CrNiCuNb 16-4AFNOR Z5 CNU 17-4PHDIN 1.4542Lower LimitAverageUpper Limit
S7 Shock-ResistingTool SteelEquivalent materials to S7 steelare:ASTM A597 (CS-&)ASTM A681 (S-7)UNS T41907
BACKHardness vs. Tempering TemperatureHardness - HRCP20 Mold SeriesTemperingTemperature ( F)6040050060070080090095010001100Hardness - HRC (Minimum HV5 )55Equivalent materials to P20 steel are:ASTM A681UNS T5162050Austenitizing Temperature ( .7544.543.5414540Stress Relieving:Preheat at 1200 to 1245 Ffor 1 hour per inch or cross section.Air cool.Hardening:Austenitize at 1500 to 1600 F.Oil quench.35Aust. 1550 FAust. 1650 F30400500600700800900Tempering Temperature ( F)10001100Tempering Recommendations for Parts to be PVD Coated:Temper at 950 to 1000 F.NOTE: Data provided is adapted from industrial and technical society sources. Steel producers and suppliers should be contacted di rectly for more specific information.
H13 Hot Work Tool SteelEquivalent materials to H11 are:DIN 1.2344AMS 6408ASTM A681 (H-13)SAE J437 (H13)SAE J438 (H13)SAE J467 (H13)UNS T208138
BACKA2 Medium Alloy, AirHardening Cold Work ToolSteelHardness vs. Tempering TemperatureHardness - HRCHardness - HRC (Minimum HV5 )706560555045ASTM A681 (A-2)DIN 1.2363SAE J437 (A2)SAE J438 605856565959585246Stress Relieving:Heat to 1200 to 1245 F andhold for 1 hour per inch ofcross section. Air cool.Hardening:Preheat at 1455 F andaustenitize at 1695 to 1795 F.Air cool.Stabilizing:Stress relieve temper at 300 to 320 F.Refrigerate at -120 F.40Equivalent materials to A2 are:35Aust. 1700Aust. 1750Aust. 180030300400500600700800FFF900 1000 1100 1200Tempering Temperature ( F)Austenitizing Temperature ( F)TemperingTemperature ( F)Tempering Recommendations for Parts to be PVD Coated:Double temper between 950 and 1000 F. Stabilize prior totempering to improve dimensional stability.UNS T30102Note: Data provided is adapted from industrial and technical society sources. Steel producers and suppliers should be contac ted directly for more specific information.
D2 High-Carbon, HighChromium Cold WorkTool SteelEquivalent materials to D2 are:ASTM A681 (D-2)DIN 1.2379SAE J437SAE J438
ais 4140 astm a513 (4140) ams 6349 astm a519 (4140) ams 6381 astm a646 (4140) ams 6382 astm a711 ams 6390 astm a752 (4140) ams 6395 astm a829 ams 6529 sae j1397 (4140) astm a193 (b7, b7m) sae j404 (4140) astm a194 (7, 7m) sae j412 (4140) astm a29 (4140) uns g41400 astm a320 (l7, l7m, l7d) astm a322 (4140) as
Presented at PowderMet2009 in Las Vegas, USA on June 29, 2009 1 Processing and Properties of PM 440C Stainless Steel Prasan K. Samal, Joshua C. Valko, and Joseph D. Pannell North American Hoganas, Hollsopple, PA 15935 ABSTRACT Alloy 440C is a high carbon, hardenable, martensitic grade of stainless steel, which offers
Grade 420-Stainless steel has the highest hardness, 500 HV, among all the stainless steel grades with 0.15% Cabon, 12-14% chromium, 1% Manganese and Silicon. Martensitic stainless steels have high hardness and high carbon content. These steels are generally fabricated using methods that require hardening and stress relieving treatments. [1]
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Reduced Trim Options 0.6 / 0.4 / 0.2 0.4 0.5 0.7 / 0.4 Guide Bushings 440C, Stellite, Alloy 25 PTFE, 440C, Stellite Stellite 440C Low Emission Stem Seal Standard Available Opti
CHARACTERISTICS of Kyocera Fine Ceramics（1） 04 For product details, please contactwebmaster.fc@kyocera.jp webmaster.fc@kyocera.jp 05 Material Item ALUMINA（Al 2O 3） SAPPHIRE CORDIERITE （2MgO・2Al 2O 3・5SiO 2） STEATITE （MgO ・SiO 2 ） FORSTERITE （2MgO SiO 2 Material Code (Ol
PaperCut MF - Kyocera Embedded Manual 3.0.0 2020-05-15 Note: Kyocera devices can be added as “Staged” at any time, however in order for them to be deployed (go live), it is a prerequisite that PaperCut MF is installed on the Kyocera device as per
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Conditional Random Fields: An Introduction Hanna M. Wallach February 24, 2004 1 Labeling Sequential Data The task of assigning label sequences to a set of observation sequences arises in many fields, including bioinformatics, computational linguistics and speech recognition [6, 9, 12]. For example, consider the natural language processing
