Product Center
Home > Industry > Construction Industry > EN10025
EN10025 S355J0 Steel Work / Steel Structure / Steel machining parts

EN10025 S355J0 Steel Work / Steel Structure / Steel machining parts

EN10025 S355J0 Steel machining parts is structure steel, for general structure purposes, has reliable mechanical property, good formability and excellent welding performance. EN10025 S355J0 Steel Work is widely used in various industries,

PDF Download[email protected].com

Online ChatLeave a Message

Product Description

EN10025 S355J0 Steel Work / Steel Structure / Steel machining parts
EN10025 S355J0 Steel machining parts is structure steel, for general structure purposes, has reliable mechanical property, good formability and excellent welding performance. EN10025 S355J0 Steel Work is widely used in various industries, such as architecture, bridge construction, marine craft, railway locomotive, heavy machine and other structure parts.
EN10025 S355J0 Steel Work Chemical Composition Analysis:


Grade

% by max

Name

Number

C

Si

Mn

P

S

N

Cu

EN10025 S355J0

1.0553

0.23

0.60

1.70

0.040

0.040

0.014

0.60

EN10025 S355J0 Steel Structure Mechanical Properties:


Grade

Yield strength
MPa

Tensile strength
MPa

Elongation
%

Minimum impact
J
Thickness≤
150 mm

Thickness mm

Thickness mm

Thickness mm

Name

Number

≤16

>16
≤40

≥3
≤40

≥3
≤40

Test temperature
0℃

EN10025 S355J0

1.0553

355

345

470-630

22

27

EN10025 S355J0 Steel Structure delivery condition for long products and continuous mill flat products can be +AR, +N or +M at the manufacturer's discretion. The EN10025 S355J0 Steel Work delivery condition for mill products can only be +AR or +N at the manufacturer's discretion.
To find out more information about EN10025 S355J0 Steel machining parts or other low alloy high strength steel, and to receive a competitive quotation for supply of EN10025 S355J0 Steel Work, contact [email protected]

Recommended productsMore+

Contact Us

Contact way

Inquiry Please feel free to give your inquiry in the form below.