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TECHNICAL INFO
BOILER BANK TUBES
ECONOMISER COILS
SUPER HEATER COILS
WATER WALL PANELS
PRODUCT ATTRIBUTES
- SUPERIOR WELD QUALITY TO WITHSTAND END FLARING AND MANIPULATION OPERATION
- HYDRO TESTING AND ON-LINE EDDY CURRENT TESTING FOR CONFORMANCE TO WELD QUALITY
- BENDABILITY & DUCTILITY - HIGHER DEGREE OF MANIPULATION OPERATION
- UNIFORM GRAIN STRUCTURE - PREVENT PREFERENTIAL CORROSION
- FULLY KILLED CLEAN STEEL- ENSURES
- NO GAS POCKETS REMAIN IN STEEL AND TUBES, THAT CAN BE USED BEYOND 450°C TEMPERATURE, WHICH IS NOT POSSIBLE USING SEMI-KILLED STEEL
- ASER STENCILING FOR LONG LASTING TRACEABILITY
- BR SELF-CERTIFICATION - COMPLIANCE WITH IBR 1950 REGULATION
CUSTOMRERS SERVEDS
- INDUSTRIAL & COMMERCIAL BOILER MANUFACTURER
- FABRICATORS, REPAIRERS & RETUBERS OF BOILERS
- SUGAR MILLS
- POWER GENERATION
- HEAT RECOVERY STEAM GENERATION (HRSG)
- PULP & PAPER INDUSTRIES
- FERTILIZER INDUSTRIES
- CHEMICAL PLANTS
- PETRO CHEMICALS
- EDIBLE OILS MILLS
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Chemical Composition,% (MAX Unless range is given)
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Tensile Test
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|||||||
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Specification
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C (%)
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Si (%)
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MN (%)
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P (%)
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S (%)
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Tensile Strength Kgf/mm2
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Yield Point Kgf/mm2,min.
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Elongation
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BS 3059-PART1 ERW320
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0.16
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0.35
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0.030-0.070
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0.040
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0.045
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320
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195
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25
|
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BS 3059-PART2 ERW360
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0.17
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0.10-0.35
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0.040-0.080
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0.036
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0.035
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360
|
235
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24
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BS 3059-PART2 ERW360
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0.13
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0.60
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0.050
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0.050
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300
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200
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20
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BS 6323-PART5: 1982 ERW1 KM
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0.13
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0.60
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0.050
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0.050
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280
|
115
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25
|
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BS 6323-PART5: 1982 ERW1 NKM
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0.16
|
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0.70
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0.050
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0.050
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340
|
250
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25
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BS 6323-PART5: 1982 ERW2 KM
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0.16
|
|
0.70
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0.050
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0.050
|
340
|
195
|
255
|
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ASTM A423 GRADE 1
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0.2
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0.1
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0.55
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0.06-0.16
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0.06
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415
|
225
|
25
|
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ASTM/ASME
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EUROPEN UION
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GERMANY
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JAPAN
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||||||||||||
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SA/106
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SA/A209
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SA/A210
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SA/A213 SA/A213
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EN
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DIN
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JIS
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UK/BIN
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||||||
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EN-10216-2
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EN-10216-4
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DIN 17173
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DIN 17176
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DIN 17175
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3641
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3456
|
3456
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|||||||
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GR.A
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SA/A179
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SA/A192
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P23GH
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ST358
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STPT 38
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3458
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3456
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3456
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|||
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GR.B
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SA/A210CR.C
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P266GH
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ST45.8
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3456
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|||||
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GR.C
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SA/A210CR.A
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16MO3
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17MO4
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3456
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||||
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T1/T1A
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P1
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15MO3
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3456
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|||||
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|
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T5/T5
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X11CRMO5
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16MO3
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STBA 12
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STBA 12
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3456
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||
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X11CRMO5
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STAB26
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STAB26
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3456
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|||
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T9/P9
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X11CRMO9-10
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X2CRMO5
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3456
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||||||
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X12CRMO91
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STAB22
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STAB22
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3456
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||||
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T11/P11
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10CRMO55
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|
|
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3456
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|||||
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|
|
|
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|
|
|
|
|
|
12CRMO195
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STBA 24
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STBA 24
|
3456
|
||
|
|
|
|
|
T12/P12
|
13CRMO55
|
|
|
|
|
3456
|
|||||
|
|
|
|
|
|
|
|
|
|
13CRMO44
|
STBA 28
|
STBA 28
|
3456
|
|||
|
|
|
|
|
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T22/P22
|
10CRMO9-10
|
|
|
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STBA 22
|
STBA 22
|
3456
|
|||
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|
|
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|
|
|
|
|
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|
10CRMO9-10
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|
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3456
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||
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|
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T91/P91
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X11CRWONO9-1
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|
|
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|
10CRMO9-1
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|
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3456
|
|
|
|
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|
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T92/P92
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X11CRWONO9-2
|
|
|
|
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|
|
3456
|
||
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|
|
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T23/P23
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X11CRWONO9-4
|
|
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|
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|
3456
|
||
|
|
|
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T36/P36
|
X11CRWONO5-6-4
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|
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3456
|
||
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SA/A333 GR.1
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|
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P215NL/P255 QL
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TST35NV
|
|
|
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3456
|
||||
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SA/A333 GR.6
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|
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3456
|
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Specification Of Equivalent Standards
BS 3059 PT-2
EN 10217 PT-1 & 2
ASTM A178
ASTM A214
EN 10217 PT-2 & 3
EN 10217 PT-1 & 2
ASTM A178
ASTM A214