Page 2 - SA 316

Impact values

°C -269* -196 +20  (°C) 450 550 650 700 750 800 850
°F -452* -320 68  (°F) 842 1022 1202 1292 1382 1472 1562
KCV (J/cm²)
Minimum 75 125 187 Ageing H 2000 2000 2000 2000 500 500 500
KCV (J/cm²) KCU
Typical 125 250 312 J/cm² 230 245 155 140 140 145 165
* optimized heats with extra low ferrite

3
PHYSICAL Density : 7950 kg/m

PROPERTIES Interval Thermal Thermal Specific Young Shear
Temp expansion °C °F Resistivity conductivity heat -1 modulus modulus
G
E
6
-1
-1
-1
°C
20-100 x10- K-1 20 68 (µ cm) (W.m .K ) (J.kg .K ) (GPa) (GPa)
15
200
16
75
77
500
20-200 16.5 100 212 80 17.5 500 194 70.5
74
16
20-300
186
200
17
85
392
520
20-400 17.5 300 572 92 19 530 172 66.5
95
20-500 18 400 752 100 20.5 540 172 62.5
500
165
540
22
932
59.5
Magnetic permeability : 1.015 to 1.050 (skin)

CORROSION Quality corrosion tests guaranteed (special request may be discussed)
RESISTANCE TEST Other name Corrosion (1) Results
Step of dual structure
ASTM A 262 A Intergranular
ASTM A 262 B STREICHER Intergranular  1mm/year (not sensitived)
ASTM A 262 C HUEY Intergranular < 0,6 mm/year*
ASTM A 262 E STRAUSS Intergranular No cracking after bending
DIN 50914 RCCM
Not recommended
ASTM G48A Pitting
(typical CPT 5°C)
Not recommended
ASTM G48B ASTM G78 Crevice
(typical CCT 5°C)
(1) kind of corrosion mechanism investigated *using low ferrite grade

600 Time to fracture, h 100 °C CPT, +300 mV/SCE °F 210
Pitting
500
80
400 AISI AISI
304L 316L 60 AISI 316L 140
300
40 105
200
AISI 304L 68
100 20
No Pitting
0 0.01 0.02 0.05 0.1 0.2 0.5 1.0 2.0
0,0 0,2 0,4 0,6 0,8 1,0
Stress/tensile strength 100°C (210°F) Cl , weight -%
-

Fig 1 - Results of SCC test with constant load in Fig 2 - Critical pitting temperatures (CPT) for AISI
40% CaCl 2 at 100°C (210°F) with aerated test 304 and AISI 316 at varying concentrations of
solution sodium chloride (potentiostatic determination at +300
mV/SCE) pH  6.0