EN10025-2 S235J0 Steel plate supplier

Gangsteel supplies EN 10025-2 S235J0 steel plate for building connections, support plates and general structural fabrication where the design specifies this strength class and impact quality. S235J0 is a non-alloy structural steel designation, combining a nominal yield class with a defined toughness quality. We coordinate project requirements and plate supply within the EN 10025-2 steel plate family.

The number 235 identifies minimum yield strength in MPa only for nominal thickness up to 16 mm; thicker plate has lower specified minima. J0 denotes impact quality, not an additional tensile-strength grade. The J0 requirement uses longitudinal Charpy V-notch testing at 0 °C, subject to the standard’s specimen-size and inspection rules.

Grade Designation

EN 10025-2:2019 — technical delivery conditions for non-alloy structural steels.
S235 — structural steel in the 235 MPa nominal minimum yield class at thickness ≤16 mm.
J0 — impact-quality designation; see the thickness-banded Charpy table below.
Steel number 1.0114 — current 2019 numerical designation of S235J0.

Common written forms include EN10025-2 S235J0 and EN 10025-2 S235J0. Use the complete grade, standard edition and delivery condition on the purchase order.

Key Advantages of EN 10025-2 S235J0 Steel Plate

Defined 235 MPa nominal yield class with thickness-dependent acceptance requirements.
J0 impact quality explicitly separated from the tensile-strength class.
Delivery-condition review keeps the rolling route aligned with the purchase specification.
Heat analysis and mechanical acceptance values linked to a stated standard edition.
Gangsteel coordinates plate enquiries, dimensional requirements and export documentation against the agreed order.
Processing requirements, including cutting allowances and drawing details, can be reviewed at enquiry without assuming a universal fabrication procedure.

Chemical Composition (Heat Analysis, Maximum %)

EN 10025-2:2019, Table 1: heat-analysis limits for current S235J0 flat products. The +N delivery option does not create a separate chemistry table.

Element / nominal thickness	Maximum, mass %
C, ≤40 mm	0.17
C, >40–400 mm	0.17
Si	—
Mn	1.40
P	0.030
S	0.030
N	0.012
Cu	0.55
Ni	0.42
Cr	0.29
Mo	0.11

A dash means no numerical limit is listed for that entry in Table 1; it does not mean zero content or exemption from all chemical requirements. Ni, Cr and Mo limits follow Table 1 footnote l. These are heat-analysis limits, not typical analyses; product-analysis tolerances are separate. Long-product phosphorus and sulfur allowances are not used for these flat-product tables.

The nitrogen maximum does not apply if total Al is at least 0.020%, acid-soluble Al is at least 0.015%, or sufficient other nitrogen-binding elements are present. The nitrogen-binding elements must then be identified in the inspection document.

Mechanical Properties

Current-standard basis: EN 10025-2:2019, Table 6, S235J0, flat products of width ≥600 mm. The values apply to the underlying quality and do not increase when +N is selected.

Nominal plate thickness	Yield ReH min, MPa	Tensile Rm, MPa	Transverse A min, %
3–16 mm	235	360–510	24
>16–40 mm	225	360–510	24
>40–63 mm	215	360–510	23
>63–80 mm	215	360–510	22
>80–100 mm	215	360–510	22
>100–150 mm	195	350–500	22
>150–200 mm	185	340–490	21
>200–250 mm	175	340–490	21
>250–400 mm	165	330–480	21

This table deliberately covers plate thickness ≥3 mm. Elongation uses the proportional gauge length L₀ = 5.65√S₀. For plate, strip and wide flats of width ≥600 mm, Table 6 specifies the transverse tensile-test direction; narrower products use the applicable longitudinal requirements, including different elongation values. Confirm the ordered thickness, orientation, delivery condition and all acceptance values on the mill certificate / inspection document.

Nominal flat-product thickness	Charpy test temperature, °C	Longitudinal KV2 minimum average, J
≤150 mm	0	27
>150–250 mm	0	27
>250–400 mm	0	27

Impact values follow EN 10025-2:2019, Table 8, for full-size longitudinal Charpy V-notch specimens. Unless otherwise agreed at order, the quality is verified at the stated test temperature. Acceptance uses the average of three tests with the standard’s individual-result and retest rules. Subsize energies are reduced in proportion to specimen cross-sectional area; below 6 mm nominal thickness no impact tests are required for flat products under Clause 9.2.3.3. A Charpy test temperature is not an approved minimum service temperature.

Delivery Condition and Fabrication

Under EN 10025-2:2019, Clause 6.3, +AR means as rolled, +N means normalized or normalized rolled, and +M means thermomechanically rolled. For quarto plate the permitted delivery choices are +AR or +N; +M is an option for long products and hot-rolled strip, not a general quarto-plate option. Unless otherwise agreed, selection is at the manufacturer’s discretion within those limits. State the required condition on the order and inspection document.

Welding, forming, flame straightening and subsequent heat treatment require a procedure suited to the actual heat chemistry, thickness, restraint and project code. Gangsteel does not infer a universal preheat, welding procedure or heat-treatment cycle from the designation alone.

Carbon Equivalent

Nominal thickness	Maximum heat-analysis CEV, %
≤30 mm	0.35
>30–40 mm	0.35
>40–150 mm	0.38
>150–250 mm	0.40
>250–400 mm	0.40

Base limits are from EN 10025-2:2019, Table 5, for current S235J0 flat products. CEV = C + Mn/6 + (Cr + Mo + V)/5 + (Ni + Cu)/15. The agreed copper-alloyed option in Clause 7.2.4 increases the tabulated maximum by 0.02. Confirm the applicable order options and actual heat CEV before fabrication; these limits are not a welding procedure.

Impact Quality Comparison

Current quality	Test temperature, °C	Longitudinal KV2 at ≤150 mm, J	Longitudinal KV2 at >150–400 mm, J
S235JR	+20	27	27
S235J0	0	27	27
S235J2	−20	27	27

Comparison basis: EN 10025-2:2019, Tables 6 and 8. Qualities within a strength class share the tensile table; this comparison does not override differences in chemistry, testing, delivery condition or order options. JR testing remains order-dependent. The quality comparison is not a stock list or substitution approval.

Available Dimensions

Current S235J0 flat-product scope in EN 10025-2:2019 extends to nominal thickness 400 mm; the displayed tensile table covers 3–400 mm. This is standard coverage, not a mill stock range.
Actual thickness × width × length and dimensional tolerances must be agreed for the selected mill and project.
Provide quantity, delivery condition, inspection requirements and processing allowance. Exact availability is confirmed against the enquiry, not assumed from the grade name.

Main Applications

General building support plates, brackets and base-plate components.
Fabricated frames and connection plates where the design specifies this strength class.
Project-specific assemblies whose design specifies the stated impact quality and delivery condition.

Application suitability depends on design temperature, stress state, thickness, fatigue, fabrication and construction-code requirements. This structural-steel designation is not automatic approval for pressure-vessel service.

Equivalent Grades of EN 10025-2 S235J0

No direct cross-standard equivalent is asserted for EN 10025-2 S235J0. A matching strength number does not establish equivalence; any substitute requires designer and purchaser approval after comparing the contractual edition, product form, chemistry, thickness-dependent strength, toughness, delivery condition and inspection requirements.

Within the S235 family, compare EN 10025-2 S235JR, EN 10025-2 S235J2. JR, J0 and J2 share the current thickness-dependent tensile requirements, but impact requirements and some chemical limits differ. A nominal toughness upgrade still requires order approval.

Frequently Asked Questions (FAQ)

What is EN 10025-2 S235J0 (EN10025-2 S235J0) steel plate?

It is a non-alloy structural steel of the 235 MPa nominal yield class with J0 impact quality. The complete thickness-dependent strength requirements and ordered delivery condition are essential parts of the specification.

Does EN 10025-2 S235J0 have one yield value at every thickness?

No. The minimum is 235 MPa through 16 mm, falling to 165 MPa above 250–400 mm in the 2019 flat-product table. The displayed elongation and tensile values also follow their own thickness bands.

What impact test applies to EN 10025-2 S235J0?

The underlying current S235J0 quality uses longitudinal Charpy testing at 0 °C: 27 J minimum average in the displayed flat-product thickness bands. These full-size requirements are subject to specimen-size and inspection rules, not a minimum service-temperature rating.

Which delivery condition should be ordered for EN 10025-2 S235J0?

Specify the required condition instead of assuming it from the impact suffix. Current quarto plates permit +AR or +N; +M is provided for long products and hot-rolled strip, not as a general quarto-plate option.

Can another grade replace EN 10025-2 S235J0?

Only with designer and purchaser approval. Compare the complete specification, product form, edition, chemistry, thickness-dependent strength, toughness, delivery condition and inspection. Similar names or nominal strength do not authorize substitution.

Can EN 10025-2 S235J0 be welded and processed?

Fabrication must be assessed against the actual material certificate, thickness, joint design and applicable code. Agree drawing details and processing allowances at enquiry; no universal welding, preheat or heat-treatment procedure is implied.

What should an enquiry for EN 10025-2 S235J0 include?

Provide the standard edition, full designation, product form, delivery condition, thickness × width × length, quantity, impact requirements, inspection documentation and processing drawings. Gangsteel will review the technical basis and confirm exact dimensions, availability, price and delivery against the enquiry.

For EN 10025-2 S235J0 steel plate supply and technical enquiries, please contact Gangsteel with your specification, dimensions and quantity.