Technical Resource
Iron Ore Specifications Guidefor a testable acceptance schedule
A complete iron ore specification should state product form, chemistry, moisture, size distribution, sampling and test methods, application-specific physical/metallurgical requirements, lot/inspection basis, documents and commercial delivery fields. Do not fill absent limits with generic defaults.
No tolerance, limit or default is inferred on this page — absent values stay absent.
Iron Ore Specification Completeness Checker
Audit a draft specification before it becomes an RFQ
Enter the acceptance fields the specification will be judged on. The checker reports what is present, what is missing, and where a figure has been stated without the basis that makes it testable. It never supplies a limit, a tolerance or a default.
Acceptance fields
Related references: iso 3082 iron ore sampling · iso 2597 iron ore
Completeness result
This checker audits a draft specification — it does not grade the material or rank suppliers. Add the acceptance fields on the left and it will report which are present, which are missing, and which figures have been stated without the basis that makes them testable. Nothing is scored until you enter something.
Evidence warning
Completing this form does not confirm availability, compliance or suitability, and no tolerance limit has been supplied by this tool. Every limit above must come from the buyer's own requirements or a verified supplier value.
Copyable RFQ summary
Specification basis: buyer-defined acceptance schedule. No tolerance, limit or default has been inferred by this tool — every stated value above was entered by the buyer. Availability, price, origin, lead time and freight are quotation-dependent and are verified against current company data for the exact consignment.
The checker is deterministic: the same inputs always produce the same report, and the report describes completeness only. It contains no hidden weighting and no supplier ranking.
Method, Basis & Data Conditions
How a specification becomes testable
A specification is only decision-grade when every figure in it names the basis it was determined on. This is the method the page applies — and the conditions under which it does not apply.
- 01
Name the product form
Lump, fines, pellets and concentrate are specified as separate products. Until the form is fixed, every downstream figure is comparing different feeds.
- 02
State chemistry with its basis
Fe and gangue values are only comparable when the grading basis and the test method that produced them are named alongside the number.
- 03
State moisture and size with their method
Moisture decides whether a tonne is wet or dry; sizing decides which process the ore can feed. Both need the method used to establish them.
- 04
Bind it to a lot and a test
Sampling standard and lot definition determine what an acceptance result actually represents, and which documents must accompany the consignment.
Unit system
Chemistry is expressed as a percentage by mass on the stated grading basis. Mass is expressed in metric tonnes, and the basis — wet or dry — must be named with any tonnage.
Source hierarchy
Buyer requirements override supplier defaults; a named standard and edition overrides a trade grade label; a lot-specific analysis overrides a generic product description. Apply them in that order.
Applicability limits
This method describes how to structure a specification. It does not set commercial acceptance limits, does not confirm that a given material meets them, and does not establish availability for any route.
Procurement-grade Worked Example
One hypothetical specification, worked through
Every value below is illustrative example data — not a live quote, not a benchmark, and not a Noor Deira Steel figure. It shows the shape of a complete specification and where a gap would have stopped it.
| Stage | Input (example data) | Method applied | Interpretation & decision impact |
|---|---|---|---|
| Draft received | “62% Fe iron ore fines, 25,000 t, Jeddah” | Core-field check against the acceptance list | Returns verify-first. Product form and Fe label are present, but no chemistry limits, moisture basis, sizing, sampling method or Incoterm exist. Two suppliers could answer this and mean different materials. |
| Gap closed | Fe 62% natural basis (example); SiO2 max 6.0%; Al2O3 max 2.5%; P max 0.08%; S max 0.05% (example) | Chemistry stated with grading basis and test method requested | Chemistry is now testable. The grading basis is what makes the 62% figure reproducible — the same material reported on a dried basis would not carry the same number. |
| Basis gap caught | Moisture 8.5% (example) — no mass basis stated | Basis-gap rule: a moisture figure without a tonnage basis | Returns verify-first even though every core field is filled. An 8.5% moisture reading is meaningless for comparison until it is tied to WMT or DMT, because the quantity being bought changes with it. |
| Complete | All fields present (example): fines, sizing 10–30 mm by ISO 4701 sieve, sampled per ISO 3082, lot = per shipment, CFR Jeddah, valid 30 days | Full completeness check against the acceptance list | Reports complete — which is a statement about the specification, not the material. The RFQ can now be issued, and every supplier answers the same question. |
Verification step
Before any worked-example figure is used in a real enquiry, confirm it against the buyer's own governing document or a supplier's lot-specific analysis. None of the values above are acceptance limits, and none of them were taken from a Noor Deira Steel offering.
Standards & Tolerance Context
What the specification must pin down, and to what source
A decision-grade table: the parameter, what the buyer must state, the unit and basis it is stated on, how it is verified, and what happens in the RFQ. No value is invented — every entry in the buyer-requirement column is defined by the buyer's own process.
| Parameter | Buyer requirement | Unit / basis | Verification method | Applicability | RFQ action |
|---|---|---|---|---|---|
| Fe content | Target or minimum, set by the buyer | % by mass, on a stated grading basis | ISO 2597 — confirm the edition named | All forms; the basis changes the reported figure | State target, basis and method in the RFQ |
| Gangue chemistry | Buyer-defined maximum for SiO2, Al2O3, P, S | % by mass, same basis as the Fe figure | Lot-specific analysis tied to the sampling standard | Limits differ by process route, not by product name | State each limit separately; never as a combined grade |
| Moisture | Accepted value or ceiling | % and the mass basis it applies to (WMT / DMT) | Determination on a sample drawn per the sampling standard | Varies by origin, season and handling — always state it | Name the mass basis beside every tonnage quoted |
| Size distribution | Required range or distribution, incl. undersize ceiling | mm, with the sieve series used | Sieve analysis; name the method and series | Determines which process the ore can feed at all | State the range and the method used to establish it |
| Sampling basis | Governing standard, and what counts as a lot | Standard reference; lot definition | ISO 3082 sampling and sample preparation | Every chemistry, moisture and sizing result depends on it | State the standard and the lot definition |
| Physical / metallurgical | Only the tests the process route actually requires | Method-specific index or dimensionless result | The applicable test method, with its conditions stated | Relevant to a specific route, not to all buyers | Name the test and the route that requires it |
| Delivery basis | Destination with a precise named place or port, and the Incoterm | Place name; ICC trade term | Contract terms — verified in the offer, not assumed | Determines which costs sit on which side | Name rule and place in the RFQ itself |
Evidence warning: no tolerance value, acceptance limit or default has been supplied in the table above. The buyer-requirement column states what must be defined, not what the value should be. Any figure used in a live enquiry must come from the buyer's governing document or a supplier's lot-specific analysis.
ISO 3082 — Ore Sampling
Sampling and sample preparation for natural and processed ores. It is the basis on which every grade, moisture and sizing figure is established — a certificate is only as useful as the sampling behind it.
iso 3082 iron ore samplingISO 2597 — Iron Content
Determination of total iron content in iron ore. Naming the edition is what makes an Fe figure reproducible between two laboratories, and therefore comparable between two offers.
iso 2597 iron oreVerification & Misuse Controls
Where specifications go wrong — and what must be verified
The common failures are not exotic: a grade label treated as a specification, a wet ton compared against a dry ton, or a certificate accepted without the sampling basis behind it. Each has a control.
Verification turns a stated grade and document set into an inspectable, quotation-ready consignment — not a decorative number.
Request / verify / document matrix
| Request | Verify against | Carried by | Misuse it prevents |
|---|---|---|---|
| Sampling method | The standard named in the buyer's specification | Sampling record accompanying the analysis | Treating a result from an unstated sampling basis as representative of the lot |
| Assay / certificate of analysis | The test method, and whether it matches the specification | Certificate of analysis for the actual lot | Accepting a generic product certificate in place of a lot-specific one |
| Moisture determination | The mass basis declared in the offer | Moisture result and the weight certificate | Comparing a wet tonne against a dry tonne as if they were the same quantity |
| Size distribution | The sizing method and sieve series used | Size analysis record | Assuming a feed suits a process without evidence it falls in the size window |
| Physical / metallurgical tests | The test method and its conditions | Test report where the route requires it | Requiring tests the process does not use, or omitting ones it depends on |
| Origin & shipping documents | The destination's import and processing requirements | Origin, transport and customs documentation | Assuming a document set that satisfied one destination satisfies the next |
Grade label without a basis
A bare “62% Fe” states nothing about the basis or method. Treat it as unverified chemistry until both are named.
Mixed mass bases
Comparing offers on different moisture bases measures the moisture convention, not the material. Convert to one basis first.
Cross-form comparison
Fines, lump, pellets and concentrate are separate products. Ranking one against another answers a question nobody asked.
When engineering review is required
Where a limit comes from plant metallurgy rather than a generic grade — the buyer's process engineer sets it, not the supplier.
Product Decision Handoff
Fit, verify-first, or not fit
The specification decides which related product form, material, grade and process route applies. These are not interchangeable — each carries its own acceptance criteria and its own trade-off.
Fit
The specification names a product form, states each controlled element with its test basis, fixes moisture and sizing with their methods, names the sampling standard and lot, and carries the delivery basis. A supplier can answer it without guessing.
Verify first
One or more figures exist without the basis that makes them testable — a grade label with no method, a moisture reading with no mass basis, a size range with no sieve series. The specification is close, but a supplier answering it would be filling gaps you cannot see.
Not fit
The requirement contradicts the product form selected, or the process route and the chemistry window disagree — a fine feed specified against a process that cannot accept it. Change the form or the route before seeking a quotation.
Product form, material & grade paths
Each path states its applicability boundary and the trade-off a buyer accepts by choosing it.
Iron Ore Pellets
A sized, heat-hardened form with its own chemistry and physical spec — verify the grading basis before comparing it against lump or fines.
iron ore pellets supplierIron Ore Fines
A fine feed whose sizing and moisture carry as much weight as its Fe figure — state the size window and the basis before quoting.
iron ore fines supplierIron Ore Concentrate
A beneficiated form where the concentrate grade is the tradable figure — the head grade is not the specification.
iron ore concentrate supplierHigh Grade Iron Ore
A grade band whose premium is only justified when the receiving process requires it — confirm the requirement before specifying up.
high grade iron ore supplier62% Fe Grade
A widely referenced band — comparable only when the grading basis and impurity limits are stated with the figure.
62 fe iron ore supplierHematite Iron Ore
A mineralogy with its own reduction behaviour — confirm the mineralogy claim against the assay rather than the trade name.
hematite iron ore supplierMagnetite Iron Ore
Usually beneficiated before sale — the concentrate grade reached is what the specification should state, not the head grade.
magnetite iron ore supplierProcess, sector and export paths
A specification is only valid inside the process that will consume it. Test the intended duty before treating two ore offers as interchangeable.
Blast furnace
Accepts lump and sinter feed within a defined size and chemistry window — the sizing basis matters as much as the Fe figure.
iron ore for blast furnaceDirect reduction
Constrained by gangue and physical quality — a grade acceptable to a sinter plant may fall outside a DR feed specification.
iron ore for direct reductionSteel production
The route that sets which iron unit is required — the same tonnage is not the same input across steelmaking flows.
iron ore for steel productionIntegrated mills
Run several iron-unit routes at once, so one delivery may be qualified against more than one feed specification.
iron ore for steel millsPellet plants
Take a fine concentrate feed and agglomerate it — the concentrate grade and moisture drive both yield and the specification.
iron ore for pellet plantsExport enquiry
Where destination, Incoterm, mass basis, packing and the document set are qualified before a landed comparison is possible.
iron ore exporterRelated Related Tools & Pages
Complementary destinations by next buyer task
Grouped by what the buyer does next — verify a technical field, continue the specification into the product family, or move to an export enquiry. Not an unstructured link directory.
Verify a technical or commercial field
Iron Ore Chemical Composition
Element-by-element reporting of Fe and gangue — confirm which elements an offer actually certifies before writing them into your limits.
iron ore chemical compositionIron Ore Grades
How grade bands are expressed and where a label stops being a specification — useful when setting an Fe target.
iron ore gradesIron Ore Price Guide
How a quote basis is formed and normalized once the specification exists — the commercial counterpart to this page.
iron ore priceContinue into the product family
Iron Ore Exporter
Connects the resolved specification to an export-enquiry workflow where destination, Incoterm, mass basis, packing and document inputs are qualified.
iron ore exporterIron Ore Supplier
Return to the iron ore product family to progress the completed specification into a full procurement.
iron ore supplierGCC Product × Country Routes
Carry the specification to a destination
Each destination route carries its own documentation and delivery inputs, so the same specification produces a different RFQ per market. Every country page is listed.
United Arab Emirates
Port & re-export basis
UAE iron ore enquiries are generally priced landed at a named port — Fe grade, moisture basis, sizing and the document set are reconciled with the receiving plant before a quote basis is fixed.
View United Arab Emirates iron ore supply
Saudi Arabia
Direct-reduction grades
Saudi direct-reduction demand is specified on pellet or lump chemistry, so grading basis, impurity limits and physical quality are agreed before the commercial comparison begins.
View Saudi Arabia iron ore supply
Qatar
Consignment documentation
Qatar steelmaking input supply turns on inspection and analysis documentation — sampling standard, moisture basis and certificate set are fixed with the specification.
View Qatar iron ore supply
Kuwait
Bulk handling intake
Kuwait bulk intake links the required sizing and moisture to the receiving system — size distribution, mass basis and discharge constraints are set early in the specification.
View Kuwait iron ore supply
Bahrain
Smelter intake chemistry
Bahrain smelter intake fixes the acceptable chemistry window — Fe grade, gangue limits, mass basis and the required analysis documents are confirmed before a specification is issued.
View Bahrain iron ore supply
Oman
Port delivery basis
Oman enquiries are routed to a named port and inland destination — delivery point, Incoterm, mass basis, sizing and document set are harmonised with the receiving operation.
View Oman iron ore supplyExpert Insight
Why the sampling standard changes the decision
A source-backed procurement note: the published scope of the standard, what it does and does not settle, and the consequence for the RFQ.
Decision question
What evidence most directly changes the procurement decision for Iron Ore Specifications Guide on this page?
The sampling basis behind the numbers. A chemistry, moisture or size result describes the sample that was drawn and prepared — so unless the lot was sampled and prepared representatively, the figure cannot be treated as describing the consignment you are buying. This is the single piece of evidence that most often separates a specification that holds up from one that collapses on arrival.
Method, scope & limitations
- Method: use the published ISO scope to require representative lot sampling and sample preparation before chemistry, moisture, size distribution or physical/metallurgical results are treated as decision-grade.
- Scope: mechanical and manual sampling and sample preparation for natural and processed iron ores, including concentrates and agglomerates, for lot-level determination of chemical, moisture, size and other properties.
- Limitation: ISO 3082 defines sampling and preparation principles; it does not set commercial acceptance limits for a specific contract.
- Limitation: the 2017 edition remains the published edition but is under revision, so procurement teams should verify the edition named in the contract.
Buyer implication: a certificate value is only as useful as the sampling basis behind it. The RFQ should state the lot, the sampling method, the test method and the acceptance basis — not simply ask for an Fe number.
Primary source: ISO 3082:2017 — Iron ores — Sampling and sample preparation procedures. Information current as of 22 September 2026. This source does not establish Noor Deira Steel inventory, price, origin, lead time, certificates, market presence or project suitability, and it is not a named-person profile.
Evidence-led Buyer Advantages
Buyer concerns mapped to evidence, not claims
Each concern maps to something verifiable and then to a practical procurement outcome. No superiority claim is made or implied.
“The Fe figure we are quoted may not mean what we think.”
Evidence: The grading basis and test method are stated with the figure, and the sampling standard is named.
Outcome: You compare two offers on the same basis, so a difference in the number reflects the material rather than the reporting convention.
“We do not know whether we are buying wet tonnes or dry tonnes.”
Evidence: The mass basis is declared alongside the moisture figure, and both appear in the offer.
Outcome: The quantity being priced is unambiguous, which removes the most common source of a disputed delivery.
“Different suppliers send different documents and we cannot compare them.”
Evidence: The required document set is named in the specification rather than assumed.
Outcome: Every supplier answers the same document request, so the offers arrive in a comparable shape.
“A grade label alone does not tell us if it suits our process.”
Evidence: The application or process route is stated as part of the specification.
Outcome: Suitability is tested against the intended duty instead of against a trade name.
“Two quotes differ and we cannot tell whether it is the material or the logistics.”
Evidence: Destination with a named place or port, and the Incoterm, are fixed before quoting.
Outcome: Cost differences can be attributed to the right cause, so the comparison stays meaningful.
From Enquiry to Delivery
Six stages, each with a named risk
A route-aware workflow. Every stage carries its owner, the input it needs, the evidence it produces, the risk if it is skipped, and the next action.
Enquiry
- Owner
- Buyer
- Required input
- Product form, intended process route, rough volume
- Evidence / output
- A written requirement, however rough
- Risk
- A verbal requirement gets quoted against the wrong product form
- Next action
- Put the requirement in writing
Specification validation
- Owner
- Buyer + technical
- Required input
- Chemistry limits, moisture basis, sizing, test methods
- Evidence / output
- A complete acceptance schedule
- Risk
- Absent limits get filled by the supplier's assumption rather than yours
- Next action
- Run the completeness check
Evidence review
- Owner
- Quality / technical
- Required input
- Sampling standard, lot definition, required documents
- Evidence / output
- Sampling and analysis basis agreed before quoting
- Risk
- Certificates arrive that describe a different lot or a different basis
- Next action
- Name the sampling standard and lot
Commercial basis
- Owner
- Procurement
- Required input
- Quantity and cadence, currency, quotation validity
- Evidence / output
- Offers stated on one comparable basis
- Risk
- Quotes cannot be ranked because the bases differ
- Next action
- Normalize before comparing
Destination & logistics
- Owner
- Logistics
- Required input
- Named place or port, Incoterm, packing, documents
- Evidence / output
- A landed cost basis that can be compared
- Risk
- Different Incoterms make cheaper material look more expensive
- Next action
- Fix the place and the trade term
RFQ handoff
- Owner
- Buyer + commercial
- Required input
- The completed specification and delivery terms
- Evidence / output
- A copyable, complete RFQ
- Risk
- An unstated field is resolved after the price is fixed
- Next action
- Transfer the specification to the RFQ
Buyer FAQ
Questions that come after the specification exists
Procurement and quality questions, not definitions — the basics are resolved above.
What specification fields should a buyer provide for Iron Ore Specifications Guide?
How should Fe grade and impurity limits be verified?
Why should moisture and size distribution be stated with a test basis?
Which quality and inspection documents should be requested rather than assumed?
Which commercial and delivery inputs are needed for a comparable RFQ?
Need a verified iron ore specification?
Send grade, size, quantity and destination for technical RFQ support. The commercial department responds with availability and pricing against your stated acceptance schedule. Price is always on request.
- Product form and Fe grade or grading basis
- Buyer-defined chemistry limits
- Moisture and mass basis
- Size distribution with its sizing basis
- Applicable physical / metallurgical tests
- Sampling and inspection basis
- Quantity and required cadence
- Destination port or place, and Incoterm
- Required documents and quotation timing
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Method & Basis
The completeness rule, stated plainly
The check applied above is deterministic and can be reproduced by hand. It contains no weighting and no scoring.
Core-field rule
A specification is incomplete while any core field is absent. Core fields are: product form, Fe target, moisture, size distribution, sampling method, application route, quantity, and destination. No default is substituted for an absent field.
Basis rule
When every core field is present, the specification is verify-first if a stated figure lacks its basis: Fe without a grading basis or test method, moisture without a mass basis, or size without a sizing method.
Complete rule
Only when every core field is present and every stated figure carries its basis does the checker report complete. Completeness describes the document, never the material, its availability or its suitability.
What this method deliberately does not do
- It does not supply, guess or default any acceptance limit.
- It does not rank suppliers or score material quality.
- It does not confirm availability, compliance or suitability.
- It does not treat a grade label as a completed specification.
Worked Examples
Two reports, side by side
What the checker returns for a thin specification and for a complete one — using illustrative example data only.
Example A — thin specification
Product form: fines
Fe target: 62%
Quantity: 25,000 t
Destination: Jeddah
Result: verify-first. Four core fields are missing (moisture, size distribution, sampling method, application route), and the Fe figure has no grading basis or test method. The checker leaves all of them blank rather than filling them.
Decision impact: a supplier answering this would each assume their own chemistry limits. The offers would not be comparable.
Example B — complete specification
Product form: fines
Fe 62% natural basis, ISO 2597
SiO2 max 6.0% · Al2O3 max 2.5%
Moisture 8.5% DMT
Size 10–30 mm, ISO 4701
Sampled per ISO 3082, lot = shipment
Route: sinter plant
25,000 t · CFR Jeddah · valid 30 days
Result: complete. Every core field is present and each stated figure carries its basis, so the specification can be issued and every supplier answers the same question.
Verification step: the limits above would still need to come from the buyer's own plant requirements — the checker confirms they are stated, not that they are correct.
Every value in both examples is illustrative example data. Nothing here is a Noor Deira Steel figure, a market benchmark or a live quotation.
Related Products
Recommended iron ore forms
Route-specific paths a buyer can verify against a governing grading basis and process requirement before issuing a specification.
Iron ore pellets
A sized, heat-hardened form; confirm the grading basis and sizing before comparing it against a lump or fine offer.
Iron ore fines
A fine-feed form where sizing and moisture drive both the specification and the process it can serve.
Magnetite iron ore
A mineralogy with distinct beneficiation behaviour; confirm the mineralogy claim against the assay before treating offers as interchangeable.
Reference & Handoff
Turn the specification into a quoted RFQ
Save the resolved specification as a copyable summary and hand it to the target.
Specification handoff
Copy the RFQ line from the checker, add the named place or port, the Incoterm and the document set, then transfer it to the RFQ.
Back to the completeness checkerIron Ore Supplier
Return to the iron ore product family to progress the completed specification into a full procurement.
iron ore supplier