Material No.: K 01700
Description
|
|
Chemical Composition
C | Si | Mn | P | S | Al | Cr | Cu | Mo | N | Nb | Ni | Ti | V | ||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
K 01700 | Min % | ||||||||||||||
Max % | |||||||||||||||
1.0345 | Min % | 0,40 | 0,0200 | 0,010 | |||||||||||
Max % | 0,16 | 0,35 | 1,20 | 0,025 | 0,015 | 0,30 | 0,30 | 0,08 | 0,012 | 0,020 | 0,30 | 0,03 | 0,02 | ||
Key to Steel 2010 |
Physical properties
Property | Value |
---|---|
Density: kg/dm3 | 7,85 |
Hardness: (HB) | --- |
Temperature T °C/F (°C/F) | Specific heat J / kgK (Btu / lb °F) | Thermal conductivity W/mK (Btu·in / ft2·h·°F) | Electric resistance µΩ · cm (Ω circ mill / ft) | Modulus of elasticity kN/mm2 (103 ksi) | Expansion rate from 70°F bis T 10-6 / K (10-6 / °F) |
---|---|---|---|---|---|
20 / 68 | 461 (--) | 55 (--) | 210 (--) | ||
300 / 572 | 192 (--) | 13,6 (--) | |||
400 /752 | 185 (--) | 14,1 (--) | |||
450 / 842 | 180 (--) |
Temp. | Creep strain limit | Creep strain limit | Creep rupture strength | Creep rupture strength | Creep rupture strength |
---|---|---|---|---|---|
°C /°F | 10.000 h | 100.000 h | 200.000 h | °C/ °F | MPa /ksi | MPa/ksi | MPa/ksi |
400 / 752 | 182 / 26,3 | 141 / 20,4 | 128 / 18,5 | ||
450 / 842 | 112 /16,2 | 77 / 11,1 | 66 / 9,5 | ||
500 / 932 | 58 / 8,4 | 32 / 4,6 | 24 / 3,5 | ||
ksi value calculated |
Temperature | 0,2% Yield strength in high temperatures |
---|---|
°C/°F | Rp 0,2 | MPa /ksi |
100 / 212 | 198 / 28,7 |
200 / 392 | 170 / 24,6 |
300 / 572 | 154 / 22,3 |
400 / 752 | 112 / 16,2 |
ksi value calculated |
Mechanical properties (20°C / 68°F)
0,2 %Yield strength (Mpa / ksi | >= 235 />= 34,0 | <= 16 mm | |
---|---|---|---|
tensile elastic limit N/mm2 /ksi | 225 / 32,6 | ||
Tensile strenght Rm ksi(Mpa/ | 360-550 / 52,2-79,7 | ||
Elongation A5 % | <= 25 /<= 23 | lengthwise/transverse | |
impact work (J) | >= 40 / >= 27 | lengthwise/transverse |
Temparature information
Application area | ||
---|---|---|
Operation temperature | 14 ºF to 896 ºF |
Working temperature | 1472 ºF to 1742 ºF | |
---|---|---|
Explanation report | cool down:air |
Solution heat treatment | ||
---|---|---|
Working temperature | 2012 ºF to 1742 ºF | |
Explanation report | cool down:air |
Working temperature | 1067 ºF to 1076 ºF | |
---|---|---|
Explanation report | 1067 °F<= 2 h 1076°C <= 1 h |
Working temperature | 1562 ºF to 2012 ºF |
---|
Standards / information
Standards | Desciption |
---|---|
SEW 310 (08/1992) | physical properties of steel |
Process information
Welding | |
---|---|
- Material classification acc. CEN ISO/TR 15608 | 1.1 |
- Type | manual arc welding (E) MAG MAG cored wire MAG solid wire submerged arc welding |
Main fields of application
Details of application | |
---|---|
Certifications | |
Steam boiler construction | Dampferzeuger Druckbehälter Dampfrohre und Druckrohre |
Apparatus engineering | Druckbehälter |
Range of products
Product type | Product |
---|---|
Plates / Sheets | plates/sheets plate/sheet cuts |
Fittings | welded elbows welded reductions Welded T-pieces seamless elbows seamless reductions seamless T-pieces |
Flanges / Collars / Flared tube ends | various flanges (weld neck flange,blind flange etc.) |
Pipes / Tubes | welded pipes/tubes seamless pipes/tubes |
Bar steel | round bar steel |
Liability exclusion
All aforementioned specifications serve as a general orientation and have to be reviewed depending on the conditions of use.(c) 2012 M. Woite GmbH, Postbox, D-40671 Erkrath | Phone +49 (211) 24 40 91 - Fax +49 (211) 24 92 28 | www.m-woite.com - woite@woite-edelstahl.com