hickness: 4mm- 400mm; Width: 1000mm- 4000mm; Length: 4000mm- 12000mm.___ Production ability:10000 Tons Per Month.___ Production Way: Hot Rolled___ Techanical Details:___ Heat Treatment: Normalized, Qu read more
on:_ _ _ _ _ Thickness 8mm-200mm, Width: 1500-4020mm, Length: 3000-27000mm_ _ _ _ _ _ _ Standard:_ _ _ _ _ ASTM SA572Standard Specification for High-Strengt read more
des representing the yield strength. Plates that are 4" and thicker are made to a 42 KSI yield, although material can be modified to reach the 50 KSI min yield.___ We arespecialized in supplying ASTM read more
0mm, Length: 3000-27000mm_ _ _ _ _ _ _ Standard:_ _ _ _ _ ASTM SA572Standard Specification for High-Strength Low-Alloy Columbium-Vanadium Structural Steel_ _ _ _ _ read more
which has been mill heat treated. Carbon Steel ASME SA514 GR.B Tempered Steel Plates is roughly three times stronger than plain carbon steel.Grade B, Grade S and Grade E are by far the most common, h read more
ns throughout various industries, but does not include advanced alloys. In order to be considered A36 steel, it must meet these requirements or else be classified under the many other designations ava read more
eatment:As rolled/Control-rolled/Normalised___ A283 Grade C carbon steel plate is mainly used for oil tanks for oil and gas companies export carbon steel plate A283GrC to KOC,KNPC in Kuwait for many y read more
welding and economic for useage.The best equavilent steel grades are SA283 Grade C and SA283 Grade D in steel standard specification ASME SA 283/SA 283M.__Carbon steel plate A283 Grade D owned a high read more
y conditions for flat Products of high yield strength structural steels in the quenched and tempered condition_ _ _ _ _ Classification:_ _ _ High yield strength structural steels read more
and welding properties. Due to the materials high strength nature, using S690QL will leaner designed structures with increased payload capacity and energy efficiency. S690QL plate is an excellent mat read more
eld strength steel plate S460QL1 under EN 10025-6 owned the minimum yield strength at 460 Mpa and tensile strength within 550-720 Mpa.The necessary technical requirement when rolling steel plate S460Q read more
and tempered steel plate S460QL which is in EN 10025-6 technical delivery conditions for flat products of high yield strength structural steels in QT delivery condition.The steel making process of hi read more
tructural steel plate S460NL is in steel standard EN 10025-3.Normalized heat treatment and Low temperature impacting test under -50 centigrade shall be done for steel plate S460NL.For hot rolled steel read more
N10025-3 steel plate S460N shall be rolled according to the below table of chemical composition.The limits applicable for the product analysis of structural steel plate s460n are given in the below ta read more
60ML is used in a number of offshore and onshore applications e.g. legs supports for a jack up platform offshore and as mooring piles for a LNG onshore terminal.___ S460NL_A normalised material with a read more
Normalised___ S420NL steel plate is one kind steel grade in steel standard EN 10025-3 which also contains steel grades S275N,S275NL,S355N,S355NL,S420N,S460N,S460NL.All the steel grades may be supplied read more
ASTM:A283GrA S235JR S235J0 S235J2 SS400 SM400A St37-2 steel plates.If you are interested in chemical composition,mechanical property,and yield strength ,please send it to ,and i can give you the read more
Mechanical Control Process (TMCP)___ Steel plate S420M is low alloy steel plate which is mainly used to manufacture the plants of factory,the common constructure and construction machinery and equipme read more
al delivery conditions for flat and long products and semi-finished products which are meant for further processing to flat and long products of hot rolled non-alloy quality steels in the grades and q read more
ol Process (TMCP)__ ___ TMCP steel plate S355ML under steel standard EN 10025-4.Structural Steel plate S355ML shall be done low temperature impacting test under minus 50 centi degree,and the minimum v read more