Product Details

Product Description

COMMODITY NAME	GRADES
Boiler and Pressure Vessel Steel Plates	Q245R,Q345R,Q370R,15CrMoR,18MnMoNbR,13MnNiMoR, 12Cr1MoVR,12Cr2Mo1R,14CrMoR,
	16MnDR,09MnNiDR,15MnNiDR
	07MnCrMoVR,07MnNiCrMoVDR/12MnNiVR
	SB410,SB450,SB480
	SPV235,SPV315,SPV355,SPV410,SPV490
	SGV41O,SGV450,SGV480
	SBV1A,SBV1B,SBV2,SBV3
	SEV245,SEV295,SEV345
	HI,HII,10CrMo910,15Mo3,13CrMo44,19Mn6
	BHW35/13MnNiMo54
	1Cr0.5Mo,2.25Cr1Mo,1.25Cr0.5Mo,Q245R\|Q345R(HIC)/(R-HIC)
	(s)A229M, (s)A515M(Gr.A,B,C), (s)A387M(GR11,12,22), (s)A537M(GL1,GL2), (s)A662M(GrA,B,C), (s)A302M(GraA,B,C,D), (s)A737M(Gr.B,C), (s)A738M(Gr.A,B,C), (s)A533M(Ⅰ,Ⅱ), (s)A285Gr:A,B,C,D
	P235GH,P265GH,P395GH,P355GH,16Mo3
	A42,A52,A48
	20MnHR,Q245HR,Q345HR,KP42,AISI4140,A48CPR,SA612M
	161G430
	WDB620/Q500FC
Low Alloy High Strength Steel Plate	12Mn,15MnVN,16Mn,15MnV,14MnNb
	Q295(A,B),Q345(A,B,C,D,E)Q390(A,B,C,D,E), Q420(A,B,C,D,E),Q460(C,D,E)
	Q500(D,E),Q550(D,E),Q620(D,E),Q690(D,E)
	SM490(A,B,C),SM490Y(A,B),SM520(B,C),SM570
	St44-3,St52-3,St50-2, St60-2,St70-2
	StE315,StE355,StE380,STe420,StE460,StE500
	A572M(Gr42.50,60,65),A633M9(A,B,C,D,E)
	S275(JR,JO,J2G3,J2G4),S355(JR,JO,J2G3,J2G4,E395,E355,E360)
	S275N,S275NL,S355N,S355NL,S420N,S420NL,S460N,S460NL
	50(A,B,C,D,DD,EE,F),43(A,B,C,D,EE),55(C,EE,F)
	Fe430(A,B,C,D),Fe510(B,C,D)
	WH60,WH410LK(BB41BF),WH490LK(BB503),Q550CFC
	WDB690,WDB780,WH70,WH80 IE0650,IE1006,SHT60
Corrision Resistance Steel Plate	08Cu,16MnCu,Q245R\|Q345R(HIC)(R-HIC)
	St37-3Cu3
	A588M(A,B,C,K),A242MCL.2
	Cor-TenB,10CrMoAL
	16CuCr,12MnCuCr,15MnCuCr-QT,09CuPCrNi
	SMA400(AW,BW,CW),SMA400(AP,BP,CP),SMA490(AW,BW,CW) SMA490(AP,BP,CP),SMA570W,SMA570P
	Fe235W,Fe355W,WR50B,WR50C
Bridge Steel Plate	16q,16Mnq,16MnCuq/15MnVq,15MnVNq 14MnNbp/Q345q,Q370q,Q420q
Bridge Steel Plate	A709M(Gr36,50,50W,70W)
Construction, Structural Steel Plate	Q235GJ,Q345GJC.D-Z35,Q390GJ,Q460GJC
	SN400(A,B,C),SN490(B,C)
	275(D,E,EZ),355(D,E,EM),450(EM,EMZ)
Alloy Structure Steel Plate	15CrMo,20CrMo,30CrMo,35CrMo,20Cr, 40Cr,20Mn2,40Mn2,20CrMnMo,12Cr1MoV,20MnSi 30CrMnSiA,12CrMoVNi(RQ65),50Mn2V,42CrMo
Alloy Structure Steel Plate	25CrMo4,34CrMo4,42CrMo4
Mold Wear Steel Plate	P20,718,P80,WSM30A
	S45C-S55C
	45-55,50Mn,SM45-SM55,SM3Cr2Mo,SM3Cr2Mo,SM3Cr2Ni1Mo
	NM360,NM400
Carbon Structure Steel Plate	Q235-Q275
	10-55,20Mn-50Mn
	SS400/SM400(A,B)
	S10C-S55C
	St37-2,St37-3
	A36,A283(A,B,C,D),1010-1050
	40(A,B,C,D,E)
	S235(JR ,JO ,J2G3,J2G4)
	1C22,1C25,1C30,1C35,1C40,1C45,1C50,1C55
	Fe360(A,B,C,D)
Bridge Oil Flatform Steel Plate	A,B,D,E(Z15,Z25,Z35) AH32-FH32(Z15,Z25,Z35) AH36-FH36(Z15,Z25,Z35)
	D40,E40
	AP1 SPEC 2H Gr42,Gr50
Complex Steel Plate	TU1/20g 0Cr13Ni5Mo/Q235A 0Cr13Ni5Mo/16Mn
High Strength Yield Steel Plate	GS80 28Cr2Mo(GY4) 26SiMnMo(GYS) 30CrMnMoRE(603) 30CrNi3MoV(675)
Oil, Gas Line Steel Plate	X42,X46,X52,X56 X60,X65,X70,X80

Detailed Images

1. steel plate showcase

2 steel plate thickness

3 steel platescutting

4.steel coils

5.checkered steel plate

Product Uses

Production Flow

Packaging & Shipping

Packaging	when each plate weight is under 1 ton, it will be in bundle with steel strips 2-4, when each plate weight is over 1ton, it will be piece by piece.
20 feet container contains dimension	Width under 2300mm, length under 6000mm
40 feet container contains dimension	Width under 2300mm, length under 12000mm
By bulk vessel	Freight charge is low by bulk cargo, and large heavy sizes can not be loaded into containers can shipping by bulk cargo

Our Services

1. steel coil to steel plate

2.Flame cutting

Flamecutting or “burning” of carbon steel plate is an effective and efficient way to cut carbon and alloy steel plate to size and shape. Burning begins by heating a spot on the edge or surface of a plate with an oxy-fuel flame, then injecting a high pressure stream of pure oxygen once the spot is red hot. Both the preheat flame and the cutting oxygen are delivered through a specially designed nozzle or tip. In the presence of the cutting oxygen stream, the red hot steel literally burns, combining with the oxygen to form iron oxides. It is this burning that cuts the plate as the stream of cutting oxygen advances along the path of the cut. The burning gives off an intense heat – greater than 2800º F – which melts steel bordering the cut path, turning it into slag that is ejected at the bottom of the cut along with the iron oxide by-products of the burning.

3.Laser cutting provides the tightest tolerances and most precise cut surface. It produces the smallest heat-affected zone in the metal compared to all other thermal cutting processes.