Sa 387 Gr 5 CL1 and Sa 387 Gr 5 CL2
Sa 387 Gr 9 CL1 and Sa 387 Gr 9 CL2
Sa 387 Gr 11 CL1 and Sa 387 Gr 11 CL2
Sa 387 Gr 12 CL1 and Sa 387 Gr 12 CL2
Sa 387 Gr 22 CL1 and Sa 387 Gr 22 CL2
Sa 387 Gr 91 CL1 and Sa 387 Gr 91 CL2
It is a chromium molybdenum alloyed steel plate mainly used for elevated temperature applications
Alloy Steel Plate
In the manufacturing of process heating equipments like boiler/ ducts / hot rollers / containers, if the temperature exceeds 450 Degree Centigrade and with in 550 Degree Centigrade, then boiler quality alloy steel plate can be efficiently used to fabricate Steam Drums, Mud Drums, Dished ends etc. ASME specifies a set of Alloy Steel Plate specifications Which can be rolled, forged, welded, bended and fabricated etc . Here root weld is done on inner side, chipped on outer sides and welded. Thickness range from 6 mm to 100 mm Electrode - E.8018 is used. Negative Tolerance i.e variation in thickness is to be checked from ASME SEC viii DIV-1

Sa 387 Gr 5 CL1 and Sa 387 Gr 5 CL2
Sa 387 Gr 9 CL1 and Sa 387 Gr 9 CL2
Sa 387 Gr 11 CL1 and Sa 387 Gr 11 CL2
Sa 387 Gr 12 CL1 and Sa 387 Gr 12 CL2
Sa 387 Gr 22 CL1 and Sa 387 Gr 22 CL2
Sa 387 Gr 91 CL1 and Sa 387 Gr 91 CL2
It is a chromium molybdenum alloyed steel plate mainly used for elevated temperature applications
Alloy Steel Plate
In the manufacturing of process heating equipments like boiler/ ducts / hot rollers / containers, if the temperature exceeds 450 Degree Centigrade and with in 550 Degree Centigrade, then boiler quality alloy steel plate can be efficiently used to fabricate Steam Drums, Mud Drums, Dished ends etc. ASME specifies a set of Alloy Steel Plate specifications Which can be rolled, forged, welded, bended and fabricated etc . Here root weld is done on inner side, chipped on outer sides and welded. Thickness range from 6 mm to 100 mm Electrode - E.8018 is used. Negative Tolerance i.e variation in thickness is to be checked from ASME SEC viii DIV-1