KRFH36 Korean Classification Society Ship Plate, PCF36 Russian Classification Society Steel Plate, K

KRFH36 Korean Classification Society Ship Plate, PCF36 Russian Classification Society Steel Plate, K

KRFH36 Korea Classification Society Certified Ship Plate, PCF36 Russian Bureau of Shipping Steel Plate, KF36 is Japan Classification Society Certified Ship Plate.

In KRFH36 shipboards: F indicates the quality grade of structural steel used in high-strength hulls. FH36 deck according to GB/T712-2011 requirements, impact temperature is -60°C.

KF36 ship plate fixed rolling: cxysteel@126.com

is often used in the marine manufacturing industry, for example; GBT712-2022 "Structural Steel for Ships and Offshore Engineering" standards for ship equipment, offshore platform construction, marine engineering, derricks, leg piles, pillars, marine equipment, port machinery, etc.

include:

A, B, D, E,

AH32. DH32,EH32. FH32AH36,DH36,EH36,FH36AH40,DH40,EH40,FH40

AH420,DH420,EH420,FH420AH460,DH460,EH46O,FH460AH500,DH500,EH500, FH500AH550,DH550,EH550,FH550AH620,DH620,EH620,FH620AH690,DH690,EH690 FH690AH790,DH790 EH790,FH790,AH890, DH890,EH890,AH960 ,DH960,EH960.

KRFH36 can execute classification society standards

and can implement nine classification society certification standards: China CCS, American ABS, German GL, French BV, Norway DNV, Japan NK, British LR, Italy RINA, South Korea KR, (Norway DNV and Germany merged to: VL).

PCF36 Chemical Composition:

C: ≤0.20

Si: ≤0.5

Mn: 0.90-1.65

P：0.035

S：0.035

Nb：0.005-0.05

V：0.01-0.12

Ti：0.006-0.05

Cr：≤0.30

Ni：≤0.50

Cu：≤0.40

Mo：≤0.10

N：≤0.015

Als:≥0.01

KRFH36 steel plate thickness detection can do '1 probe, 2 probe, 3 probe'

KRFH36 steel plate thickness extension can do 'z25, z35'

PCF36 ship plate is usually delivered in the state of TMCP, normalizing, hot rolling, major domestic steel companies fully realize the importance of improving the internal quality of steel, relying on the progress of smelting technology, improve the molten iron desulfurization slag, steelmaking hydrogen blowing, vacuum refining outside the furnace, etc., significantly reduce the hazard of steel. The content of elements and impurities.