Home > products> EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate
EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 1
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 2
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 3
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 4
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 5
  • EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate image 6

EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate

Thickness: 0.3-500mm

Width: 100-3500mm

Length: 1-12m,coil rolled,or as required

Surface Treatment: black pained,PE coated,Galvanized,Colour painted

Technique: Hot rolled,cold rolled

Delivery Condition:AR(As Hot Rolled), N(Normalized), T(Tempered), Q(Quenched), TMCP, Q+T(Quenched and Tempered), UT(Ultrasonic Test:ASTM A435,ASTM A578-C/B/A,EN10160-S0E1,S1E2,S2E3,S3E4), Impact Test, PWHT(Post Weld Heat Treatment), HIC, Z Test(Z15, Z25, Z35)

What is EN10028-6 P690Q Steel?

EN10028-6 P690Q is a pressure vessel steel grade that is widely recognized for its exceptional strength and durability, making it suitable for applications in the most demanding environments. This grade is part of the European standard for flat products for pressure equipment, and it is particularly valued for its ability to withstand high pressures and temperatures.

EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate Application

EN10028-6 P690Q Pressure Vessel And Boiler Steel Plate are used in Pressure Vessel,Boiler,Storage Tanks and Heat Exchanger in Oil,Gas Project.
Specification Parameters
Basic Information

Chemical composition for P690Q pressure vessel steel plate (Max% ):

Steel Grade

The Main Elements in rolling P690Q pressure vessel steel plates
C Si Mn P S N B
P690Q 0.20 0.80 1.70 0.025 0.015 0.015 0.005
Mo Cu Nb Ni Ti V Cr
0.70 0.3 0.06 2.50 0.05 0.12 1.50

EN10028-6 P690Q Mechanical Property

Grade

Mechanical Property

P690Q

Thickness

Yield

Tensile

Elongation

mm

Min Mpa

Mpa

Min  %

t≤50

690

770-940

14%

50<t≤100

670

770-940

14%

100<t≤150

630

720-900

14%