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materia immaculata 17-4PH
Diver
immaculata steel17-4PH
materia immaculata 17-4PH

materia immaculata 17-4PH

17-4 PH Steel continet 4% aeris et obdurari potest ab una temperatura praecipitationis duratio caloris curationis obdurationis, producens proprietates mechanicas optimas in gradu fortitudinis altae. 17-4 PH hanc summam vim praebet in coniunctione cum proprietatibus mechanicis ad temperaturae usque ad 600°F (316°C).
Information Product
17-4PH facile calida composuerunt. In curatione caloris vel fictio, atmosphaerae tutelae carbonis vel nitrogeni continentes vitandae sunt. Haec elementa in superficie ferri absorberi possunt et mollem cutem austeniticam dare. Si atmosphaera tutela requiritur, argon vel belium commendatur.

stannum etiam durities iuncta est bona, et calor humilis temperaturae breves curationes inflexionis et scalae minuunt. Accedit 17-4PH facile machinae et fabricare.

Ob commodis proprietatibus, 17-4PH in variis industriis usum invenit. Partes typicae includunt mechanica sigilla, commissura oleum, et spicula sentinae.


Technical data
Machinabilitas 17-4PH machinari potest in utraque solutione conditionis annatae et praecipitationis condicionem obduratam. Quia curatio caloris finalis temperatura humilis est, 17-4PH potest machinari ad dimensionem finalem in conditione annealed et senex sine mutatione dimensionis notabilis vel scalae, nisi elementum magnum sit, quando cibaria contractionis senescit.
Machinatio in annealed conditione solum marginaliter differt a 300 seriebus austeniticis chalybeis immaculatis. In H900 conditione, rate machinatio 60% illius pro materia annexa est.

CHEMICAL COMPOSITIONE
GRADIBUS SS316 17-4PH
Carbon 0.05 0.06
Manganese 2 0.9
Phosphorus 0.045 0.03
Sulphur 0.03 0.02
Pii N/A 0.9
Cuprum, columbium, et Tantalum N/A 4
Molybdenum 2.1 N/A
Nickel 8 4
Chromium 18 17.5

hysical Properties of Diver 17-4PH
Property Imperiale Metric
Exustio Range 2560-2625 °F 1404-1440 °C
Imprimis Caloris 0.11 Btu/lb.-°F 460 Joules gg-K
Imprimis Densitas 0.282 lb/in3 7.8 g/cm3
Resistivity electrica 38.6 µΩ in 98 µΩ cm
Linearibus Coefficiens Expansionis Thermalis (70 °F ad 200 °F) (21 °F ad 93 °F) 6 [in/°F·106] 10.8 [μm/m·°C]
Linearibus Coefficiens Expansionis Thermalis (70 °F ad 400 °F) (21 °C ad 204 °F) 6 [in/°F·106] 10.8 [μm/m·°C]
Linearis Coefficiens Expansionis Thermalis (70 °F ad 600 °F) (27 °C ad 316 °F) 6.2 [in/°F·106] 11.2 [μm/m·°C]
Linearibus Coefficiens Expansionis Thermalis (70 °F ad 800 °F) (21 °F ad 427 °F) 6.3 [in/°F·106] 11.2 [μm/m·°C]
Scelerisque Conductivity (@ 300 °F) (@ 149 °C) 124 Btu/(hr/ft²/in/°F) 17.9 [W/m-K]
Scelerisque Conductivity (@ 500 °F) (@ 260 °C) 135 Btu/(hr/ft²/in/°F) 19.5 [W/m-K]
Scelerisque Conductivity (@ 860 °F) (@ 460 °C) 156 Btu/(hr/ft²/in/°F) 22.5 [W/m-K]
Scelerisque Conductivity (@ 900 °F) (@ 482 °C) 157 Btu/(hr/ft²/in/°F) 22.6 [W/m-K]
Poisson's Ratio (H900 Condition) 0.272 0.272
Modulus Elasticitatis (H900 Condition) 28 x 106 ksi 197 x 103 MPa
Modulus Rigiditatis in Torsion 9.68 x 103 ksi 67 x 103 MPa

Diver 17-4PH Mechanica Properties
Property Imperiale Metric
Ultima distrahentes Fortitudo 23,300 psi 160 MPa
Vires cede (0.02%) 16,680 psi 115 MPa
Prolongatio (% in 2') 5% 5%
Rockwell duritia C 35 35

Calor treatment

Steel immaculatus 17-4PH praesto est in solutione conditionis annatae 1900 °F (1038 °F) et dein refrigeratum aeris ad 90 °F (32 °F).

Sed curationes accessiones caloris possunt varias duritiem et duritiem generare. Curationes frequentissimae in tabula infra recensentur.

Conditio Temperature [± 15 °F (± 8.4 °C)] Refrigerium methodo ac duratione
H 900 91 °F . Air refrigerationem ad I hora
H 925 925 °F . Air refrigerationem ad IV horas
H 1025 1025 °F . Air refrigerationem ad IV horas
H 1075 1075 °F . Air refrigerationem ad IV horas
H 1100 100 °F . Air refrigerationem ad IV horas
H 1150 1150 °F (621 °C) Air refrigerationem ad IV horas
H 1150 + 1150 1150 °F (621 °C)
sequitur
1150 °F (621 °C)
Air refrigerationem ad IV horas
sequitur
Air refrigerationem ad IV horas
H 1150-M 1400 °F .
sequitur
1150 °F (621 °C)
Aeris refrigerationem pro II horis
sequitur
Air refrigerationem ad IV horas



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