Steel Billet · Grade
3SP Steel Billet Supplier
3SP is a grade designation under GOST 380-2005 for common-quality carbon steel, and the standard covers continuously cast and rolled billets among other product forms. A 3SP billet order still needs the exact standard reference, chemistry/heat evidence, billet geometry, downstream use and any product-specific acceptance requirements.
Three characters on an enquiry sheet look like a specification. They are not one. What “3SP” establishes depends entirely on the standard it is being read against — and everything the standard does not fix has to be agreed in writing before an offer means anything.
Standards, dimensions and evidenceWhat the designation does not carry
- Governing standard and editionThe exact document the designation is being read against — not just the three characters “3SP”.
- Intended downstream productWhat the billet must roll into. This is what gives the grade choice its purpose.
- Billet form, section and lengthContinuous-cast or rolled form, nominal section and cut length with their tolerance basis.
- Heat analysis and MTC scopeWhich elements the certificate must report, and how the heat is tied to the delivered lot.
- Any requested equivalenceIf another designation is being compared, it is a separate engineering case — not a translation.
No chemical composition, mechanical property or dimensional tolerance value is stated on this page. Those belong to the governing standard edition and your order documents.
Selection logic
When a 3SP billet order holds together — and when it does not
A designation is a pointer, not a specification. Below is when pointing at 3SP gives your supplier and your mill enough to work from — and when it leaves them guessing.
Fits when
- The enquiry names GOST 380-2005 with its edition and states the grade as it is written on the order documents.
- The intended downstream product is stated, so the grade choice can be tested against something real.
- Billet form, section, cut length and tolerance basis are given as values rather than left to the supplier's practice.
- Heat-analysis scope and the marking that ties a delivered bundle to its heat are agreed before dispatch.
Does not fit when
- “3SP” is used on its own, with no governing standard stated, so the designation cannot be read against anything.
- The designation is treated as a synonym for Q235, S235, a rebar grade or any other national mark.
- A finished-product standard is copied onto the billet enquiry as though its conditions applied to semi-finished material.
- The intended downstream product is unstated, so the grade is being purchased for no defined purpose.
Closest registered alternatives
Carbon steel billet
Compare when the material family is still open and no single grade designation has been fixed yet.
Boundary: The material family narrows the field but specifies no chemistry — the grade decision still has to be made.
carbon steel billet supplierContinuous casting billet
Compare when the production route is the open question and the grade basis is already settled.
Boundary: The casting route describes how the form was produced; it does not set chemistry or acceptance limits.
continuous casting billet supplierRebar-grade billet
Compare when the billet is destined for reinforcement and the finished-bar standard is the target.
Boundary: A rebar-grade billet is not itself a rebar grade — the finished bar is qualified under its own standard.
rebar billet supplierDecision tool
3SP Grade Verification Gate
Run this before the enquiry leaves your desk. It confirms which document the designation is being read against, separates any equivalence request into the engineering case it really is, and tells you what evidence is still missing.
2. Verification result
Nothing to verify yet — five fields are still open
- Governing standard and edition
- 3SP designation as written on order
- Heat analysis / MTC availability
- Billet form and dimensions
- Target downstream rolled product
Fill all five and the gate returns a scope confirmation, a checklist against your answers, and a grade line you can paste straight into the enquiry.
Standards, grades & dimensions
What the designation does and does not fix
Units, method, source and conditions are given for anything stated here. Where a value belongs in the controlled standard text or in your own order documents, that is what it says — rather than a plausible-looking number that nothing backs up.
Governing standard — status and scope
The designation is only meaningful inside its own document. The row below records what the official record establishes and where the controlled standard text still has to be consulted.
| Item | What is established | Source & method | Condition |
|---|---|---|---|
| Standard reference | GOST 380-2005 — common-quality carbon steel | Rosstandart official record, consulted 2026-10-03 | Cite the edition on the order; the designation is read against a specific text |
| Status | Shown as active in the official record | Rosstandart official record, consulted 2026-10-03 | Re-verify at the time of order — status can change between enquiries |
| Product forms in scope | Includes continuously cast and rolled billets among other forms | Rosstandart official record, scope statement | Scope inclusion is not a chemistry guarantee for your order |
| Grade chemistry | Not stated here — belongs to the controlled standard text | — | Request the applicable limits with your enquiry rather than assuming them |
| Order requirements | Not stated here — established by the standard and your order | — | Anything the standard does not fix must be agreed in writing |
Evidence warning. The scope and status statements above come from the official standard record. No chemical composition, mechanical property or dimensional tolerance value is published on this page, because those belong to the controlled standard text and to the order conditions you agree — not to a marketing description of the grade.
Designations commonly compared with 3SP
Buyers frequently arrive with one of these already in mind. None is interchangeable with 3SP, and no standard declares any of them a synonym. The comparison column records the condition under which a substitution could even be considered.
| Designation | Governing family | Relationship to 3SP | Condition for substitution |
|---|---|---|---|
| 3SP / St3sp | GOST 380-2005 | This designation | Cite the edition and confirm the exact spelling on the order |
| 5SP / St5sp | GOST 380-2005 | Different grade in the same standard | A grade change, not a spelling — a new engineering decision |
| Q235B | Chinese national standard | Conditional comparison only | Comparison against both governing documents, recorded in writing |
| S235 | European structural standard | Conditional comparison only | Comparison against both governing documents, recorded in writing |
| Rebar grades | Reinforcement standards | Not equivalent — different product and acceptance | The finished bar is qualified under its own standard |
| Special agreed chemistry | Order-specific | Supersedes the designation for that order | Limits written into the order documents and not reused without re-agreement |
The condition column is the whole point of the table: it says what would have to be produced before a substitution could be accepted, and in every cross-family case that is a written engineering comparison — never a statement that the designations mean the same thing.
Billet geometry — dimensional basis
Nominal cross-sectional area and the corresponding unit mass. Area is the exact nominal square (side²). Unit mass is calculated from that nominal area at steel density 7,850 kg/m³ — a planning aid and a labelled engineering assumption, not an acceptance value. The range is illustrative of commonly requested sections, not a stock list.
| Nominal side (mm) | Nominal area | Indicative unit mass | Method & basis | Typical downstream use |
|---|---|---|---|---|
| 100 × 100 | 10,000 mm² | ≈ 78.5 kg/m | side² at 7,850 kg/m³ | Wire-rod and small-section feedstock |
| 125 × 125 | 15,625 mm² | ≈ 122.7 kg/m | side² at 7,850 kg/m³ | Bar and light-section rolling |
| 150 × 150 | 22,500 mm² | ≈ 176.6 kg/m | side² at 7,850 kg/m³ | Rebar, bar and section rolling |
| 160 × 160 | 25,600 mm² | ≈ 201.0 kg/m | side² at 7,850 kg/m³ | Heavy bar and section production |
Dimensional tolerance, straightness, corner condition and cut-length variation are order-specific and confirmed against the receiving mill's requirement. They are not stated here as standard values, because a tolerance quoted without its governing basis cannot be enforced.
Mechanical properties — why no values are listed
Mechanical properties are properties of a finished, tested product. A billet has not been rolled, so it carries no tensile, yield or elongation value to certify against — only the composition that makes those values reachable downstream.
Downstream, not billet
Yield, tensile and elongation are established on the rolled product under its own standard. Stating them for a billet would describe something that has not yet been made.
Chemistry drives them
What you control at billet stage is the composition basis and its consistency. That is the input; the mechanical result is produced by the rolling route.
Route-dependent
The same composition can yield different properties depending on reduction and cooling practice. Process capability is the receiving mill's to confirm, not the billet certificate's.
Related specification paths
GOST 380 steel billet
The standard this designation belongs to. Its scope includes billet, but the grade and order conditions for your enquiry still have to be established against the controlled text.
gost 380 steel billet150 × 150 mm steel billet
A section route, not a grade route. Choosing a section does not choose a chemistry — the two decisions are made separately.
150x150 steel billetQuality, testing & documentation
The verification matrix
A designation printed on a certificate is not the same thing as acceptance. Work down the table before the lot ships — it says what you have to specify, what evidence to ask for, who signs it off, and what it costs you when a line is left open.
| Requirement | Buyer must specify | Evidence to request | Acceptance owner | Risk if missing |
|---|---|---|---|---|
| Standard reference | The exact standard and edition the designation is read against | Stated in the order documents as the governing basis | Buyer's technical authority | The designation cannot be assessed against an unnamed document |
| Designation string | The designation exactly as the governing standard prints it | Confirmed in writing against the standard text | Buyer's technical authority | A transcription difference becomes a disputed specification at intake |
| Heat analysis content | Which elements the certificate must report | Mill test certificate carrying the heat analysis | Buyer's technical authority | A certificate omitting a relied-on element cannot support acceptance |
| Heat traceability | How heat identity is marked and what the marking must survive | Heat number on the bundle, tied to the certificate; marking method stated | Buyer / mill quality function | A delivered billet cannot be connected back to its analysis |
| Dimensions | Section, cut length and the tolerance basis | Dimensional record against the order | Receiving mill | Section that does not suit the mill's pass schedule or charge |
| Surface and end condition | Quantified defect limits and the inspection basis | Visual and dimensional inspection record | Receiving mill | Defects carry into the rolled product rather than being reduced out |
| Equivalence, if any | Whether another designation is to be accepted in place of this one | Written engineering comparison against both governing documents | Buyer's technical authority | An unrecorded substitution is an unverified material |
| Shipment documents | Document set, language and issue timing | Certificate, packing list and documents per the Incoterm | Buyer's commercial function | Release, clearance or payment is delayed at destination |
Certification limit. Nothing here should be read as an assertion that a certificate, approval or test report is already held or issued, or that any given composition will reach a particular rolled-product outcome. Content, issuing party and timing are settled against your order. No certificate is created here and none is implied.
Application & industry paths
Which downstream route tests the grade choice?
Whatever the billet rolls into is what your grade choice gets tested against. Pick the route closest to yours and see how the operating requirement, the geometry and the mill's constraints line up — not a generic list of things steel is used for.
Rebar rolling
- Operating requirement
- Composition anchored to the reinforcing standard the finished bar must satisfy
- Selection implication
- State which standard the finished bar is qualified under, and keep the billet-side agreement separate from the finished-bar acceptance.
- Fit limit
- The billet grade is not the rebar grade — the bar is qualified under its own standard.
Bar / section rolling
- Operating requirement
- Section and composition matched to the bar mill's pass schedule and target product
- Selection implication
- Where one mill rolls several products, name which order each grade serves — the same designation is not automatically right for all of them.
- Fit limit
- Bar tolerances come from the bar standard, not from the billet supply.
Wire-rod rolling
- Operating requirement
- Composition and surface condition suited to drawing
- Selection implication
- Surface acceptance matters more here — defects carry through drawing rather than being reduced out.
- Fit limit
- Drawing performance depends on the whole route, not on the billet alone.
GCC markets
Destination planning for 3SP steel billet
Customs, documentation and logistics are handled country by country on the routes below. Before anyone can price your shipment we need a named port or place, an Incoterm, and the importer's document and classification position. None of that is an availability claim — it is what the quotation has to be built on.
United Arab EmiratesDomestic mill feedstock with Dubai-based coordination.
Name the receiving mill, the GOST reference and the grade as written on order. Domestic delivery is coordinated from the Dubai base against the agreed section and cut length.
steel billet supplier UAE
Saudi ArabiaMill feedstock quantities with technical submittal approval.
Saudi routes typically require technical submittal approval before release. Agree the standard reference, grade designation, certificate scope and the named port or inland destination first.
steel billet supplier Saudi Arabia
QatarTechnical approval and document scope led.
Confirm the importer's document and classification context, the named port, and the approval sequence before the quotation is finalised.
steel billet supplier Qatar
OmanPort-oriented supply for downstream rolling.
State the port or inland delivery place and the Incoterm rule. The standard reference and billet section are harmonised with the receiving mill's requirement.
steel billet supplier Oman
KuwaitMill feedstock with production hand-off planning.
Tie the grade choice to the rolled product, and agree the shipment against the named destination and the required delivery window.
steel billet supplier Kuwait
BahrainIndustrial supply and re-export documentation.
Industrial routes depend on accurate documentation. Confirm the document set, the named place and the importer's requirements before dispatch.
steel billet supplier BahrainBefore an offer: state the named destination or port, the applicable Incoterm 2020 rule, the importer's documentation and classification requirements, and confirm the tariff classification for the billet form with your own customs adviser — classification is not determined on this page.
Commercial & logistics inputs
What the quotation is written against
A 3SP billet quotation is normalised from the inputs below. Price, stock, lead time, origin and delivery dates are not stated on this page — they are confirmed against your enquiry, and no figure is invented to fill the gap.
Standard reference first
State the governing standard and edition before anything else. Every other line in the enquiry is written against that document.
Quantity & unit
State the quantity with its unit of measure — pieces or MT — and whether it is a single lot or a schedule.
Mass basis
Agree whether theoretical mass from nominal dimensions or actual weighbridge mass governs settlement, and the tolerance between them.
Named place / port
A named port or inland delivery place is required. A country alone does not define the delivery obligation.
Incoterm 2020
Name the rule (EXW, FOB, CFR, CIF, DAP…). The rule decides who carries risk, freight and insurance at each point.
Payment & documents
State the documentary and payment requirement, and the document set the importer must receive.
Packing & handling
Strapping, heat tagging, lifting points and any marking requirement for the receiving mill.
Inspection scope
Which inspections apply, at whose cost, and whether witnessing is required.
Open items
Anything not yet decided is carried as an open item in the enquiry, never assumed on your behalf.
Quote required. Price, availability, lead time and origin are confirmed against your enquiry. They are deliberately not stated on this page because a figure published without a live basis would misstate what an order actually carries.
Alternatives & technical resources
Close the remaining gaps
Where to go next depends on what is still unresolved. If the designation itself is the open question, start with the sibling grades. If you know the grade and not the geometry, take a specification path. If you are still assembling the enquiry, the reference material will save you a round of correspondence.
Product hierarchy
- steel billet supplier
The full billet scope — grades, sizes, standards and the wider type range.
- steel billet grades
The sibling grade routes. Designations are not interchangeable between them.
Related specification paths
- carbon steel billet supplier
The material family this designation belongs to — useful when the family is still open.
- continuous casting billet supplier
Compare the production form when the route is the open question.
- rebar billet supplier
Compare when the billet is destined for reinforcement rather than general long product.
Technical resources
- steel billet specifications
Reduce specification ambiguity before the enquiry is written.
- steel billet price
Understand the commercial inputs that shape a billet offer before you request pricing.
Expert insight
What can be safely concluded from the designation 3SP — and what still has to be specified on a purchase order?
Source-backed procurement decision note
What the source establishes
The Rosstandart record for GOST 380-2005 shows the standard as active, and records that its scope covers continuously cast and rolled billets among the product forms it applies to. So a billet order carrying a 3SP designation is pointing at a real, current document that reaches the product form in question. That much the designation does establish.
Where it stops
It establishes no more than that. A status and scope record does not give you the chemistry limits, the tolerance basis, the inspection requirements or the document set for your order — those live in the controlled standard text and in the terms you agree. The record tells you which document governs; it does not tell you what that document says about your enquiry.
What to do with it in practice
Use GOST 380-2005 for what it does well: it authorises the designation and tells you which family of requirements applies. Then separate the rest into decisions you can actually close — the geometry the receiving mill needs, whether the downstream product is reachable from this grade, the evidence that will be issued against the heat, and, if anyone proposes a substitution, an engineering comparison written down against both governing documents.
The mistake this section exists to stop
“3SP equals Q235B equals S235” is a piece of trade shorthand, not a statement any of those standards makes. Acting on it means ordering material against a specification nobody wrote. Treat every such equivalence as a fresh engineering case with its own justification on file — and if one cannot be produced, the substitution should not be accepted.
Buyer implication. Use GOST 380-2005 as the grade authority, then keep geometry, downstream suitability and any cross-standard equivalence as separate verified decisions.
Primary source
Rosstandart — GOST 380-2005 official recordMethod: the source status and scope are compared against the buyer's decision; what the source establishes is separated from what remains order-specific.
Scope & limitations
- Information date
- 2026-10-03
- Scope
- GOST 380-2005 status and the product forms its scope covers, including continuously cast and rolled billets.
- Limitations
- Full grade chemistry and order requirements must be checked in the controlled standard text. The source does not prove Noor Deira Steel inventory, price, lead time, origin, certification or market coverage — those remain quotation and evidence dependent.
This note is an engineering aid for framing your own specification. It is not a certificate, an inspection report or a statement of compliance.
Buyer advantages
What a buyer can actually rely on
Every point below starts from something buyers actually ask us in an enquiry, and ends at a check you can run yourself. Nothing here is a claim you have to take on trust — if you cannot verify it, it does not belong on the list.
“Is ‘3SP’ enough to order against?”
The gate confirms whether a governing standard and edition have been stated, and blocks the result when the designation is standing on its own.
You find out before the enquiry goes out, not at intake after the material arrives.
“Am I about to accept an equivalence nobody checked?”
Any comparison to Q235, S235 or a rebar grade raises a dedicated equivalence warning and adds a blocker requiring written justification.
The substitution becomes a recorded engineering decision instead of an assumption in a trade conversation.
“Will the certificate answer my question?”
Heat evidence is a required input, with the certificate content and the marking that ties the lot to its heat named separately.
The document you receive supports the acceptance decision you are actually making.
“Can a delivered billet be traced back?”
Traceability is treated as a marking requirement tied to the certificate, not as a document alone.
Heat identity is enforceable at intake rather than assumed.
“Whose job is the finished outcome?”
The downstream route is listed as the receiving mill's to confirm, separate from the billet designation.
You know which evidence is yours to request and which is theirs to produce.
“Am I getting assumptions instead of facts?”
No composition, mechanical property or dimensional tolerance value is asserted anywhere on this page.
Nothing looks settled that your own documents and the controlled standard have not settled.
From enquiry to delivery
Who owns each step
Eight stages, from the moment a designation appears on a drawing to the moment it arrives at your gate. Each one lists the question you are answering, what you need in hand, who is waiting on whom, and what slips when it is done late.
- Stage 1
Standard reference fixed
- Buyer concern
- Which document is the designation read against?
- Required input
- The governing standard and edition, stated explicitly
- Output
- A designation that can be assessed against a defined text
- Risk
- A designation with no governing document cannot be verified at all
Next: Run the verification gate and carry the reference into the enquiry
- Stage 2
Enquiry
- Buyer concern
- Is there enough to quote against?
- Required input
- Standard reference, form and section, quantity, destination, intended product
- Output
- A normalised enquiry record
- Risk
- An incomplete enquiry returns assumptions rather than an offer
Next: Attach the grade line produced by the gate
- Stage 3
Heat evidence agreed
- Buyer concern
- What must the certificate report?
- Required input
- The element list and the marking that ties the lot to its heat
- Output
- Agreed certificate content and traceability arrangement
- Risk
- A certificate omitting a relied-on element cannot support acceptance
Next: Confirm the content in writing before accepting the offer
- Stage 4
Equivalence resolved, if raised
- Buyer concern
- Is a substitution being assumed?
- Required input
- Both governing documents, compared element by element
- Output
- A written engineering justification, or a decision not to substitute
- Risk
- An unrecorded substitution is an unverified material
Next: File the comparison with the order, or decline the substitution
- Stage 5
Quotation
- Buyer concern
- On what basis is the offer made?
- Required input
- Named place or port, Incoterm 2020, currency, mass basis and document set
- Output
- A comparable offer with open items listed
- Risk
- An unstated basis becomes a settlement dispute
Next: Compare the offer against the alternatives on this page
- Stage 6
Production & packing
- Buyer concern
- Will the lot match the order?
- Required input
- Confirmed section, cut length, strapping, heat tagging and marking
- Output
- Strapped, heat-tagged and weighed lot
- Risk
- Heat identity is lost between cast and bundle
Next: Verify the physical marking method, not just the certificate
- Stage 7
Intake verification
- Buyer concern
- Does the evidence hold up?
- Required input
- Certificate, dimensional and surface records, heat traceability
- Output
- Acceptance against the stated criteria, or a documented non-conformity
- Risk
- Acceptance judged against an unwritten criterion
Next: Close out against the agreed terms in the order
- Stage 8
Shipment
- Buyer concern
- Who carries risk, and when?
- Required input
- Incoterm rule and the named place or port
- Output
- Freight and insurance arranged to the agreed point
- Risk
- Risk transfers at a point the buyer did not expect
Next: Confirm the risk-transfer point in writing
Buyer FAQ
Questions that decide the order
The five questions that come up most often once a buyer already knows what 3SP refers to and is trying to close the order. If you are still working out what the designation means, the sections above will get you there faster.
Is GOST 380-2005 still active?
The Rosstandart record for GOST 380-2005 shows the standard as active, and its scope includes continuously cast and rolled billets among the product forms it covers. Status is checked against the official record rather than assumed from a designation, and this should be re-verified at the time of your order because a standard's status can change between enquiries.
Does 3SP automatically equal Q235B or S235?
No. They are designations under different standards, and no standard declares them synonyms. Similarity in carbon level or intended use is not equivalence: limits, tolerances, test requirements and acceptance rules all come from the governing document, not from the letters in the designation. Treat any such comparison as a separate engineering exercise with its own written justification, and never order one against the other's specification.
Does the GOST scope include billets?
Yes. The official record shows GOST 380-2005 covering continuously cast and rolled billets among other product forms, so billet is within the standard's scope. That is a scope statement, not a chemistry guarantee — the grade and order conditions you require still have to be established for your specific enquiry and confirmed against the controlled standard text.
Which heat-analysis evidence should accompany a 3SP billet lot?
The mill test certificate carrying the heat analysis, plus the physical heat identification on the bundle tied to that certificate. They work as a pair: the certificate states the composition and the marking is what connects a delivered billet back to it. State which elements the certificate must report, because a certificate that omits an element your specification relies on cannot support acceptance.
What additional fields matter when 3SP is intended for re-rolling?
The billet geometry — section, cut length and their tolerance basis — the surface and end condition acceptance, the downstream product the mill will roll, and the inspection and document scope. The chemistry the billet carries does not by itself establish that the rolled product will meet its own standard; that depends on the mill's route and is confirmed separately.
Chemistry
Why the chemistry basis has to be pointed at a document
A composition limit is only worth the document it comes from. There are four ways a 3SP billet order's chemistry gets fixed in practice. Three of them hold up. One of them is how buyers end up with material nobody can properly accept.
Grade chemistry inside the standard
The composition limits the governing standard assigns to the designation. This is the cleanest basis, because the certificate is held to a published text — provided you cite the edition on the order rather than the series number alone.
Order-specific agreed limits
Where your downstream product needs something the standard does not fix, the limits are written into the order. They are valid for that order only and should not be carried to a later enquiry without re-agreement.
Borrowed from another designation
Limits taken from Q235, S235, a rebar grade or any other mark and applied because the designations are thought to match. This is the failure mode this page exists to prevent: it produces a specification that neither standard actually supports.
Not yet established
The enquiry carries a designation but no composition basis at all. Heat analysis cannot be accepted or rejected against it, so the order will be resolved by whatever the supplier happens to issue rather than by your requirement.
No values are given here. The composition limits that apply to a 3SP billet belong to the edition of the governing standard you are ordering against and to any agreement written into your order. Publishing a range on this page would invent a specification, which is the opposite of what a procurement page should do. Request the applicable limits with your enquiry and hold the certificate to them.
Equivalents
What “equivalent to 3SP” actually costs you
In the trade, certain designations get treated as interchangeable. In the standards they never are. If someone is proposing to swap one for the other, these are the two lists that matter: what a genuine comparison has to contain, and what tends to go wrong when nobody writes one.
What a real comparison involves
- Both governing documents named by number and edition, not by trade name.
- Composition limits placed side by side element by element, from the two texts rather than from memory.
- Any limit in one document that the other does not address listed as an open item rather than treated as satisfied.
- The intended downstream product tested against both sets of requirements, not against the average of them.
- The conclusion written down and filed with the order, with who approved it and on what basis.
What goes wrong without one
- The material is accepted against a specification that neither standard wrote, so acceptance cannot be defended later.
- A single element falls outside the intended document's limits and is only discovered when the rolled product fails its own testing.
- The certificate looks correct because it was issued against the designation that was ordered — the problem is that the ordered designation was the wrong one.
- Responsibility is disputed at intake, because no written comparison exists to show what was agreed.
- Replacement material is needed on a lead time nobody planned for, which is the expensive part of the error.
The position on this site. No equivalence between 3SP and any other designation is asserted here, in either direction. Where a buyer raises one, it is treated as a separate engineering comparison and the gate records it that way — never as a translation between two names for the same material.
MTC requirements
What the mill test certificate has to say — and what it cannot
The mill test certificate is what makes a 3SP order checkable at all. It is also routinely asked to prove things it was never designed to prove. Here is the line between the two — and what to do when a supplier's certificate sits on the wrong side of it.
Heat analysis
The composition of the heat the billet came from. This is the certificate's central function for a semi-finished product, because composition is what a billet actually carries. State which elements must be reported rather than accepting a standard list.
The standard it is issued against
The certificate should name the governing standard and edition it was produced against. Without that, the values on it are not tied to any requirement you can accept or reject against.
Heat number and lot identity
The heat number is what connects the document to physical material. It only works if the same number is marked on the bundle that arrives, and survives handling to the point of intake.
Dimensional record
Where dimensions are certificated, the record has to state the tolerance basis it was measured against. A measured value without its basis cannot be judged conforming or not.
Anything agreed beyond the standard
Order-specific limits, inspection arrangements and any additional testing appear on the certificate only if they were written into the order. They do not appear because they were mentioned in correspondence.
What the certificate cannot do
It cannot establish the finished product's mechanical properties, prove the receiving mill's process capability, or certify an equivalence to another designation. Those are separate evidence, held by different parties.
No certificate is promised here. Nothing on this page asserts that a mill test certificate, approval or test report is held, issued or available, or that any particular element will be reported. The document, its content, its issuing party and its timing are agreed against your order.
Qualified RFQ
Send a verified designation, not three characters
The more of the payload below you supply, the more of the offer is an answer rather than an assumption. Anything you have not decided is carried as an open item — never filled in for you.
- Product and entity
- Governing standard and edition
- Designation as written on order
- Billet form, section and length
- Intended downstream product
- Heat-analysis and document requirements
- Quantity with unit of measure
- Destination, named place or port
- Incoterm 2020 and buyer timing
The RFQ is submitted to the Steel Billet enquiry intake. Your verification record travels with it.
Contact the commercial department
- WhatsApp / Mobile
- +971 56 398 0860
- Address
- Office 1015, Churchill Executive Tower, Business Bay, Dubai, United Arab Emirates
- Working hours
- Monday – Saturday: 8.00 AM – 6.00 PM · Sunday: Closed
A technical-review path is available at organisation level through the commercial department. No individual contact is named on this page.