Structural Steel · Standard Family
EN 10025 Structural Steel Supplier
EN 10025 Structural Steel: the standard family is a specification framework, not a single universal grade. Identify the applicable part/specification, grade, product form, dimensions, tests and supplementary or project requirements before RFQ.
Free, no-obligation specification review
Price on request. No stock, origin, mill or availability is claimed on this page.
Fit, alternatives and selection logic
When EN 10025 is the right basis — and when the family name is not enough
EN 10025 is a specification framework, not a material. Two enquiries that both read 'EN 10025 structural steel' can resolve to different steel types, different delivery conditions and different inspection regimes. Selection starts by separating the three decisions the family bundles together.
A resolved part and grade are specified
- The drawing cites the applicable part of the family and the grade designation.
- The product form — long product, flat product or hollow section — is stated.
- Dimensions and tolerances carry units and reference a section standard.
- The project has named the inspection document level it will accept.
The specification names the family only
- The enquiry says 'EN 10025' with no part and no grade.
- A grade is quoted without the part that governs its delivery condition.
- A hollow section is being ordered against a general structural part.
- The inspection document level is assumed rather than stated.
A different standard family governs
- Pressure or boiler applications with their own material standard.
- Stainless or heat-resistant service outside this family's scope.
- Coated flat products where the coating standard drives acceptance.
- Anything where the governing code names a different specification.
| Selection input | Why it changes the order | Trade-off to weigh | Compare on |
|---|---|---|---|
| Applicable part | Fixes the steel types, the processing route and the test regime the material is delivered under. | A narrower part can exclude product forms or delivery conditions the project assumed were available. | steel angle sizes |
| Grade and quality class | Sets the strength and toughness class within the part. The quality suffix changes the impact-testing condition. | Specifying a higher class than the duty requires narrows supply without adding usable capability. | s355j2 structural steel supplier |
| Product form | Long product, flat product and hollow section are not all covered by the same part or the same dimensional standard. | Choosing the form first can force a part that does not match the project's approval basis. | steel flat bar supplier |
| Section geometry and tolerances | Determines whether the delivered section is dimensionally compatible with the connection design. | A geometrically similar section from another series is a different section, even at the same nominal depth. | steel beam sizes |
| Inspection document level | Defines the type and independence of the document that releases the material, not the quality of the steel. | Assuming a level that the project does not accept is only discovered at the hold point. | en steel grades |
Still deciding which section family the member actually needs? structural steel types keeps the comparison within Structural Steel.
Selection tool
EN 10025 Part-and-Grade Resolver
State the governing basis, the part, the grade and the product form. The resolver checks that the specification actually resolves to one material before it hands anything to an RFQ — and it will not choose a part or a grade for you.
Specification inputs
Every output below is derived from what you enter. Nothing is looked up.
Resolver output
Verify first — the specification cannot be resolved yet
A safe material identification cannot be made until the applicable part, the grade, and the product form are all stated. The resolver will not infer a nearby grade or substitute a part.
Open items (9)
- Family basis — whether the specification names a part and grade, or the family alone.
- Applicable part / specification within the family.
- Grade and quality designation, exactly as written on the drawing.
- Product form — long product, flat product or hollow section.
- Dimensions and tolerances, with units.
- Quantity and the unit you buy in.
- Destination or delivery location.
- Required delivery date or schedule.
- Required inspection or certification documents, with the EN 10204 level.
Verification checklist
- Family basis statedNot stated. Whether the drawing cites a part and grade, or the family alone, is the first question.
- Applicable part identifiedNot identified. The parts cover different steel types and delivery conditions.
- Grade and quality statedNot stated. The grade fixes strength and toughness class within the part.
- Grade belongs to the familyNot stated.
- Product form statedNot stated. The parts do not all cover the same product forms.
- Dimensions and units givenNot stated. Dimensions must carry their units.
- Delivery condition separatedThe delivery condition is set by the part, not by the grade letter. Confirm both before the order is placed.
- Inspection document level namedNot yet agreed. Name the EN 10204 level you will accept.
The summary carries every open item explicitly. It never fills a gap with an assumption or substitutes a nearby grade.
The family is not a grade
EN 10025 is published in parts covering different steel types and delivery conditions, and each part covers a range of grades. Both the part and the grade are required before the material is identified.
Geometry and grade stay separate
The section is fixed by dimensional standards; the material is fixed by the part and grade. The resolver never lets one stand in for the other.
Ambiguity blocks a result
When the governing basis, part or grade is unresolved, no definitive answer is produced — and no generic wording is accepted as a substitute.
Send this specification for technical review
The summary built above is attached to your enquiry exactly as you entered it — product, part, grade, dimensions, quantity, destination, delivery and required documents. Unresolved items travel with it as open questions rather than being resolved on your behalf.
9 open items will be listed as unresolved.
Standards, grades, dimensions and service conditions
The specification inputs that decide the order
The tables below set out what each input controls, where its authority comes from, and what the quotation depends on. Numeric values are shown only where the governing standard supplies them — the material properties of a grade are order-specific and are confirmed against the mill certificate, not asserted here.
Evidence note. This page states no mechanical or chemical value for any grade, because those values are tabulated in the governing part at a specified thickness and test condition and are confirmed on the mill certificate. Where the quoted figure matters to your design, verify it against the standard edition your project cites and the certificate issued for the heat — not against a website.
Standard scope
EN 10025 is a family of technical delivery conditions, published in parts that separate steel types by processing route and intended use. Record the exact part and edition your project cites — a part number alone, without its year, is not a complete specification.
| Input | What it controls | Source and condition | Buyer implication → RFQ field |
|---|---|---|---|
| Part / specification | Which steel types, processing routes and delivery conditions the material is supplied under. | The governing part, cited by number and edition, per the project specification. | A part without an edition is ambiguous. → Part and edition field |
| Grade and quality class | Strength and toughness class within the part, and the impact-testing condition implied by the quality suffix. | The governing part's grade table, at the thickness and condition it specifies. | Grade letters are not interchangeable across parts. → Grade and quality field |
| Product form | Whether the material is long product, flat product or hollow section — which part and which dimensional standard apply. | Project drawings and the relevant dimensional standard for the form. | The parts do not all cover the same forms. → Product form field |
| Supplementary options | Additional delivery requirements the project attaches, such as impact testing conditions or surface condition. | The governing part's options clause, selected by the purchaser and stated in the order. | Options are not implied by the grade. → Supplementary requirements field |
Covered grades
The family covers a strength series rather than a single grade. The strength number is only half the designation — the quality suffix states the impact-testing condition, and it is that suffix that most often decides whether supply is achievable for a given project.
| Grade input | What it controls | Applicability and limitation | Buyer implication → RFQ field |
|---|---|---|---|
| Strength class | The nominal strength class the design assumes, stated as the numeric part of the grade designation. | Meaningful only under the part that governs its delivery condition — the number alone does not identify a material. | State the class with its part. → Grade field |
| Quality suffix | The impact-testing condition and, in some cases, the delivery condition implied by the suffix. | The suffix is not interchangeable between parts and changes what testing is performed. | Copy the suffix exactly from the drawing. → Grade field, verbatim |
| Delivery condition | Whether the material is supplied normalised, thermo-mechanically rolled or in another stated condition. | Set by the part, not by the grade letter. A grade entered against the wrong part is a real conflict. | Confirm the part and condition agree. → Part field |
| Thickness at test | Which row of the grade table applies when a project requires a specific property value. | Property values are tabulated against thickness or diameter; a value quoted without its thickness is not verifiable. | State the thickness the design assumes. → Dimensions field |
Manufacturing requirements
The part your project cites fixes the process route the material is produced by, and that route is what the inspection regime is written around. It is not a preference you can trade for price — it is the basis on which the material is released.
Route is fixed by the part
Each part of the family describes the steel types and processing route it covers. Changing the route means changing the part, which changes the specification your project approved.
Testing follows the route
The delivery condition determines which tests are performed and on what basis. A test regime from a different route does not validate material produced by another.
Traceability runs to the heat
Certificates reference the cast and heat. When a project requires heat traceability, that requirement belongs in the enquiry, not in a post-order conversation.
Dimensions and tolerances
Section geometry is governed by dimensional standards, not by the material standard. This is the distinction most often lost in an enquiry: a section can comply with the dimensional standard while its material is supplied under a completely separate delivery condition standard. Both must be stated.
| Dimensional input | What it controls | Source, unit and condition | Buyer implication → RFQ field |
|---|---|---|---|
| Section designation | The exact geometric section, including its series. Series that share a nominal depth are still different sections. | The governing dimensional standard for that product form, with the series prefix stated. | A generic name does not identify a section. → Designation field |
| Nominal dimensions | Depth, width, thickness and the nominal mass the section schedule is built on. | Dimensional tables in the relevant section standard, in metric units unless another basis is stated. | State units explicitly. → Dimensions field |
| Tolerances | The permitted deviation on each dimension and on mass, which is what the connection detail actually relies on. | The tolerance clauses of the governing dimensional standard for that form. | Tolerance class is not implied by the grade. → Tolerance field |
| Length and cutting | Delivered length, cutting tolerance and whether the material is supplied in random or fixed lengths. | Project cutting schedule, agreed against the mill's standard length range. | Fixed lengths affect wastage and cost. → Length field |
Technical references that feed the RFQ
Pull the dimensional and grade inputs from the reference that matches your product form, then transfer them into the enquiry after verification against your project's governing edition.
Quality, testing and documentation
What each document actually verifies
Inspection documents are frequently treated as a formality attached to a delivery. They are not. Each level verifies something different, supplies it from a different source, and is required at a different point in the project — and the level your contract accepts is not implied by the grade.
| Requested evidence | What it verifies | Who supplies / verifies | When required | Quotation / project dependency |
|---|---|---|---|---|
| Declaration of conformity (2.1) | That the delivery complies with the order, without independent test data. | Manufacturer — no independent verification. | At delivery, where the contract accepts a declaration. | Confirm the contract accepts a non-test document. Not interchangeable with a test certificate. |
| Test report (2.2) | That the stated test results originate from the manufacturer's own testing. | Manufacturer — results not independently witnessed. | Where the project requires test data without third-party involvement. | Confirm whether the project's reviewer accepts manufacturer-only results. |
| Inspection certificate 3.1 (EN 10204) | Test results validated by the manufacturer's own inspection representative, independent of the production department. | Manufacturer's inspection representative. | Commonly at the project's inspection hold point for structural work. | The most frequently specified level — confirm it is what the contract names before assuming. |
| Inspection certificate 3.2 (EN 10204) | Test results validated by an inspector independent of the manufacturer. | An independent inspection body, appointed by the purchaser or the project. | Where the project or end client requires third-party release. | Involves an appointed third party — the appointment, scope and cost are project-side inputs. |
| Third-party inspection release | Physical release of the material against the project's inspection and test plan. | The project's nominated inspection agency. | Before dispatch, against the agreed inspection and test plan. | Requires the plan, the agency and the release point to be agreed before production, not after. |
| Heat / cast traceability | That the delivered material can be traced to the heat or cast referenced on the certificate. | Manufacturer, with marking retained through delivery. | Where the project requires traceability to source heat. | Marking and traceability must be required in the enquiry — they cannot be reconstructed later. |
| Section-identification data | That the delivered section matches the designated series and geometry, not merely a similar nominal size. | Supplier, against the governing dimensional standard. | At goods-in, before the section enters fabrication. | Genuinely depends on the designation being unambiguous in the order. A generic section name defeats it. |
No certificate is reproduced or represented on this page. The matrix describes what each document type verifies in general terms. The document issued for your order is the one that applies to your order.
Evidence gates before the material is released
- 1Specification gatePart, grade, product form and dimensions are resolved and unambiguous before the enquiry is quoted.
- 2Document gateThe EN 10204 level is named by the project and confirmed against what the mill will issue for that route.
- 3Inspection gateWhere third-party release applies, the agency, scope and release point are agreed before production.
- 4Traceability gateHeat traceability and marking requirements are stated in the enquiry — they cannot be added retrospectively.
- 5Delivery gateDocuments travel with the consignment in the form the destination and the contract require.
Certification limits: this section describes document types and their verification roles. It makes no claim about which certificates Noor Deira Steel holds, which mill issued any prior order, or what any future order will be certified to.
Application and industry decision paths
Where the service condition changes the specification
The application does not change the standard family — it changes which part applies, how demanding the toughness requirement is, and how much inspection evidence the project will expect. These three paths show where the requirement actually shifts.
Transmission towers
- Operating condition
- Slender members, bolted connections and sustained wind loading in exposed locations.
- What shifts in the specification
- Toughness at low service temperature and consistent straightness become the governing requirements, because the member works in tension and the connection relies on hole alignment.
- Failure risk if it is missed
- A grade resolved without its quality suffix can be accepted at quotation and fail the project's impact requirement at the hold point.
Bridges
- Operating condition
- Cyclic loading, fatigue detail categories and a governing code that names its own acceptance basis.
- What shifts in the specification
- Fatigue-sensitive details push the specification toward a stated delivery condition and a documented inspection regime, and the code's own material clause usually controls over a generic reading of the family.
- Failure risk if it is missed
- Treating the family name as the specification is the most common error — the code governs, and the enquiry must reflect it.
Industrial buildings
- Operating condition
- Frames and platforms where the governing variable is often buildability rather than service exposure.
- What shifts in the specification
- Section availability, connection geometry and cutting schedules drive the specification more than toughness, and the inspection document level is set by the contract rather than the exposure.
- Failure risk if it is missed
- Over-specifying a toughness class the duty does not require narrows supply without adding usable capacity — and under-specifying the document level surfaces at goods-in.
Working from the section geometry instead of the material? steel flat bar supplier covers a directly comparable section family where the member role is still undecided.
Comparing across the whole strength series rather than one class? en steel grades places the EN designation alongside other families on the same basis.
GCC markets and destination planning
Destination decides the documents, not the material
The standard family resolves the same way wherever the material is going. What changes by destination is the documentation set, the delivery location, the customs route and the delivery term the quotation has to reflect. These inputs belong in the enquiry.
United Arab EmiratesPart-and-grade resolution with Dubai-based coordination.
We confirm which EN 10025 part and grade your specification actually cites, then plan domestic delivery to site or fabricator.
structural steel supplier UAE
Saudi ArabiaEPC documentation and cross-border project quantities.
For Saudi EPC work we align delivery-condition evidence and inspection documents to project hold points, and plan shipment of project quantities.
structural steel supplier Saudi Arabia
QatarInfrastructure procurement and technical approval.
Qatar infrastructure supply prioritises technical submittal approval — we coordinate the applicable part, grade and document set first.
structural steel supplier Qatar
KuwaitContractor procurement and fabrication hand-off.
Kuwait contractor supply links the delivery condition to fabrication needs, with shipment agreed against the destination and delivery window.
structural steel supplier Kuwait
BahrainIndustrial supply and re-export coordination.
Bahrain industrial supply depends on accurate project documentation — we coordinate material and documents to the delivery requirement.
structural steel supplier Bahrain
OmanPort-oriented supply for industrial projects.
Oman projects are typically supplied through port destinations, harmonising the delivery condition with industrial project requirements.
structural steel supplier OmanThese routes describe destination planning inputs. They do not assert that any of these markets is served by a local branch, that stock is held in any location, or that any destination is currently reachable — availability is confirmed at quotation.
Delivery location
Port of discharge, project site or free-zone address changes the delivery leg, the documents required at each hand-over and who bears the cost between them. Name the actual delivery location, not the country.
Documentation set
Customs entry requires a document set that varies by destination and by the commercial term. Certificates, packing lists, markings and any legalisation requirements are agreed in the enquiry rather than requested after shipment.
Delivery term
The Incoterm decides where responsibility transfers. It governs who arranges carriage, where risk sits, and which charges are inside the quoted price — so it must be stated, not assumed from a previous order.
Commercial, logistics and availability inputs
What the quotation is built from
A quotation for structural steel is assembled from a defined set of inputs. Where an input is missing, the price returned is built on an assumption — and assumptions are what make two quotations for the same material incomparable. These are the inputs, and this is what each one changes.
| Quotation input | What it changes | What remains unknown until confirmed |
|---|---|---|
| Part, grade and product form | Which material is being quoted at all — the whole basis of comparability. | Nothing, once stated. Left open, it is the single largest source of non-comparable quotations. |
| Dimensions and section schedule | Mass, wastage on cutting and the number of distinct items in the order. | The actual tonnage and cutting yield until the schedule is fixed. |
| Quantity and unit basis | Whether the price is built on theoretical mass, actual mass or piece count. | The unit the quotation will be compared on. |
| Delivery location and term | Which carriage legs, duties and charges sit inside the quoted figure. | The delivered cost until the Incoterm and the actual delivery point are named. |
| Inspection document level | Whether third-party involvement is required and where the release point falls. | The cost and schedule impact of inspection until the level and the agency are agreed. |
| Delivery date or schedule | Whether the requirement can be planned against production, or needs a different arrangement. | Any statement of lead time — this page makes none. |
| Packaging and marking | Handling, protection in transit and whether the destination requires specific marking. | Any special packing cost until the destination requirements are stated. |
What this page does not claim
- No price is published. Every commercial figure on this page reads 'price on request'.
- No stock position, no availability and no tonnage is claimed for any grade or section.
- No lead time is stated. Delivery timing is agreed against the enquiry, not published.
- No mill, origin or country of manufacture is stated for any material.
- No certification, mill approval or project approval is claimed.
- No client, project or reference list is presented.
Ready to be quoted
Complete the resolver above and send the specification summary. Everything unresolved travels with it as an open item rather than as a silent assumption.
Go to the RFQ formRelated products and technical resources
Where to go next, and why
Three kinds of route sit alongside this page: the section families that compete with a structural section, the strength-class route where the grade itself is the open question, and the dimensional references that supply the RFQ inputs. Each is grouped by the decision it serves.
Compare the section family
When the member role or the connection geometry is still undecided, compare the section families before the material standard is fixed.
Resolve the grade or standard
When the part and product form are settled but the strength class or the standard edition is still open, these routes carry that decision.
Pull the dimensional inputs
Dimensional references supply the section schedule and unit-mass inputs the RFQ needs. Verify them against your governing edition before transfer.
Expert insight
Which part, grade and product-form details are still required?
A project that simply says 'EN 10025 structural steel' has named a standard family and nothing else. The cited specification below establishes the scope and process context; it does not tell you which part, grade or form your project means. That resolution is the actual work.
Verify-first checklist
Work through these six items before the enquiry is issued. Each one is a question the specification has to answer on its own — none of them can be answered by the supplier without guessing.
- 1Confirm the part, with its editionThe family is published in parts separated by steel type and delivery condition. Record the part number and the year of the edition your project cites.
- 2Confirm the grade and quality suffixThe strength number and the impact-testing suffix are separate decisions. Copy the full designation from the drawing rather than abbreviating it.
- 3Confirm the product formLong product, flat product and hollow section are not all covered by the same part. If the form is a hollow section, confirm whether a general structural part governs it at all.
- 4Separate geometry from materialSection designation and tolerances come from a dimensional standard; the delivery condition comes from the material standard. Both belong in the enquiry.
- 5Name the inspection document levelState the EN 10204 level the contract accepts. It is not implied by the grade, and the levels are not interchangeable.
- 6State destination and delivery termDelivery location and Incoterm determine the document set and which charges sit inside the quoted price.
Buyer implication. A standard-family label is insufficient for ordering. Carry the resolved part, grade and verification requirements into the RFQ, and carry every unresolved item as an open question rather than letting it be assumed.
Source record
- Primary source
- BSI — BS EN 10025-2:2019, Hot rolled products of structural steels — Technical delivery conditions for non-alloy structural steels
- Direct source URL
- knowledge.bsigroup.com — BS EN 10025-2:2019
- Method
- Resolve the cited standard family into the applicable part or specification, grade or quality, product form, dimensions, delivery and test options, and the evidence the project requires — then expose every unresolved choice before quotation.
- Information date
- 2026-09-24
- Scope
- Ordering decisions governed by EN 10025 structural steel, subject to the project code and the product-form applicability of the part cited.
Limitations
- The cited source establishes scope and process context. It does not prove Noor Deira Steel inventory, origin, price, lead time, certification or project approval.
- Project drawings, the governing code, the purchaser's specification and the current supplier quotation remain controlling for the actual order.
- This is a source-backed procurement decision aid, not a named-person endorsement, and not a substitute for the standard itself.
Evidence-led buyer advantages
What we do about the things that go wrong
Every advantage below starts from a real procurement concern, states the practice that addresses it, and ends at the outcome it produces in the order. None of them rests on a claim about scale, stock or price that this page cannot substantiate.
- Buyer concern
- The specification arrives as a family name
- What we do
- We resolve the governing basis before quoting — part, grade, product form and dimensions — and we state which items could not be resolved rather than choosing for you.
- Procurement outcome
- The quotation you receive is built on the same material your drawing specifies, and the open items are visible before the order, not after.
- Buyer concern
- Two quotations for the same section are not comparable
- What we do
- We keep geometry and grade as separate inputs, and we require the section designation and unit basis to be stated rather than inferred from a generic name.
- Procurement outcome
- Line items can be compared across quotations line for line, because both are built on the same stated inputs.
- Buyer concern
- The inspection document level is discovered too late
- What we do
- We require the EN 10204 level in the enquiry and confirm what the delivery route will actually issue for that part and product form.
- Procurement outcome
- The accepted evidence is settled before production, so the hold point is a formality rather than a delay.
- Buyer concern
- Destination requirements surface after shipment
- What we do
- We collect the actual delivery location and the delivery term in the enquiry, and plan the document set against both rather than against the country alone.
- Procurement outcome
- The consignment clears against a document set that was agreed while there was still time to change it.
- Buyer concern
- Requirements get lost between enquiry and order
- What we do
- The specification summary carries every field you entered, in your own wording, with unresolved items flagged — and it transfers into the RFQ unchanged.
- Procurement outcome
- What you specified is what is quoted and what is ordered. Nothing is normalised silently.
- Buyer concern
- Commercial terms are assumed rather than stated
- What we do
- We build the quotation on the stated Incoterm, destination and document level, and we name the inputs still missing instead of filling them with an assumption.
- Procurement outcome
- The delivered cost in the quotation reflects the delivery you actually asked for.
Advantages describe procurement practice. They make no claim about plant capacity, stocking position, delivered tonnage, pricing position or certification status.
From enquiry to delivery
Who owns what, at every stage
A structural steel order moves through defined stages. Each stage below names the concern it resolves, who owns it, what has to be supplied, what comes out of it, and the risk if it is skipped.
| Stage | Buyer concern | Owner | Required input | Evidence / output | Risk if skipped | Next action |
|---|---|---|---|---|---|---|
| Specification resolution | The family name does not identify a material. | Buyer / engineer | Drawing reference, governing code, section schedule. | Resolved part, grade and product form. | The quotation is built on an assumed grade. | Run the Part-and-Grade Resolver. |
| Enquiry issued | Quotations cannot be compared. | Buyer / procurement | Resolved specification, quantity, destination, document level. | A complete enquiry record. | Suppliers quote different materials. | Send the specification summary. |
| Technical review | Project acceptance is not the supplier's to give. | Noor Deira Steel — commercial department | The enquiry and any project specification. | Open items identified and returned to you. | Unresolved items become assumptions. | Close the open items. |
| Quotation | Price is needed against a defined scope. | Noor Deira Steel — commercial department | Confirmed inputs and delivery term. | Quotation with stated basis and term. | Scope creep between quote and order. | Compare line for line. |
| Order and production | The material must match the approved specification. | Supplier / mill | Confirmed order and delivery schedule. | Production against the stated route. | A requirement discovered too late to change. | Confirm documents before release. |
| Inspection and release | The evidence must satisfy the project. | Mill inspection / nominated agency | The agreed EN 10204 level and inspection point. | Inspection documents issued for the delivery. | Material released on the wrong evidence. | Release against the agreed level. |
| Delivery and goods-in | The delivered section must match the designation. | Buyer / logistics | Delivery location, term and marking requirement. | Section-identification check at goods-in. | A similar section accepted as the designated one. | Verify against the dimensional standard. |
Buyer FAQ
Questions that come up after the specification is written
These are the questions procurement and QA/QC raise once the drawing has been issued — not what the standard family is, but what still has to be pinned down before the material can be ordered.
Why is 'EN 10025' not enough to place an order?
Because EN 10025 names a standard family, not a specification. The family is published in parts that cover different steel types and delivery conditions, and each part covers a range of grades. A supplier quoting against the family name alone has to assume which part and grade you mean, and two assumptions produce two different materials. Resolve the part and the grade first, then the quotation becomes comparable.
What is the difference between the part and the grade?
The part fixes the technical delivery conditions — which steel types it covers, the processing route and the test and inspection regime. The grade fixes the strength and toughness class within that part. They are two independent inputs: the same grade letter under different parts can carry different delivery conditions, and the same part covers several grades. State both.
Which EN 10025 part applies to a hollow section?
Confirm it from the specification rather than assuming. Hollow sections are frequently ordered to their own dimensional and material standards rather than to a general structural part, and the parts of the EN 10025 family do not all cover the same product forms. If your drawing cites a hollow-section standard, that standard governs — not a general structural part.
What does the EN 10204 level on my inspection document actually mean?
It defines the type and independence of the inspection document, not the quality of the steel. A 3.1 certificate is issued by the manufacturer's inspection representative, a 3.2 by an inspector independent of the manufacturer, a 2.2 is a test report, and a 2.1 a declaration of conformity. Name the level your project requires in the enquiry, because the levels are not interchangeable and the level is not implied by the grade.
What must the RFQ state before the material can be quoted?
The applicable part, the grade and quality designation, the product form, the dimensions or section schedule with units, the quantity and unit basis, the destination, the required delivery timing, and the inspection document level you will accept. Anything unresolved is carried into the enquiry as an open item rather than resolved by assumption.
Qualified RFQ
Request a quote for EN 10025 Structural Steel
Send the standard, grade, size, quantity, destination and required delivery date. Every unresolved item is listed back to you as a question rather than filled in on your behalf.
Free, no-obligation specification review · Price on request
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Unresolved verification items travel with this RFQ. If the part, grade, document level or delivery term is still open, it is listed as an open question rather than assumed.