Pricing
Price on request. The commercial team quotes against the confirmed grade, size, quantity, destination and Incoterm — supply is quoted, not listed.
Structural Steel · Steel Angle
Steel Angle Supplier
Steel angle RFQs must state equal- or unequal-leg geometry, leg sizes, thickness, length, grade/standard, quantity and tolerance/document requirements; the buyer should verify the applicable angle dimensional standard before accepting a nominal-size substitution.
What to send now
Equal or unequal leg · leg A × leg B (for unequal) · thickness · length × piece count · grade/standard · tolerance/document requirements · destination.
Equal/unequal geometry and tolerance review before you commit to a size
Price always on request — confirmed against your specification and destination
Angle identification checkSelecting a Steel Angle
Fit is set by equal/unequal geometry and sizes, not by appearance
A steel angle is not interchangeable with a same-nominal-size angle from another tolerance or standard basis. Fit is set by the equal- or unequal-leg geometry, the leg sizes and thickness, then by grade, length, tolerance/document requirements and the applicable angle dimensional standard.
Equal- and unequal-leg angles are different section families. Stating only a nominal size leaves the geometry ambiguous — the exact leg A, leg B (for unequal), thickness and the dimensional standard must be verified before accepting a substitution.
- Fits when the project names equal/unequal geometry, leg sizes and thickness with the governing standard.
- Fits when tolerance and document requirements are stated and the schedule is validated row by row.
- Not a substitute: a nominal-size angle from another series is not an equivalent section.
Angle Specification Builder
Construct the unambiguous angle designation before you ask for a price
Build the schedule row by row: equal or unequal geometry, leg A, leg B for unequal angles, thickness, grade/standard, member length and piece count. The builder validates the geometry and flags any tolerance or standard field that still needs confirmation. It never infers grade, mass, capacity, stock or equivalence.
Designation basis
An angle designation is built as leg A × leg B × thickness (equal leg: A × A × thickness). Selecting equal or unequal fixes the geometry the designation must describe. Any proposed cross-series or cross-standard substitution needs engineering approval from the project — this tool does not grant it.
No rows yet — add the first angle schedule row below.
Builder result
Empty state — add a row to see the validated summary.
Method & assumptions: the builder constructs the designation from leg A, leg B and thickness exactly as supplied, validates equal vs unequal geometry, and flags any row that needs confirmation. Tolerance and the applicable angle dimensional standard are not assumed here — confirm both against the standard and supplier documentation at RFQ. This tool performs procurement support only and does not grant structural, load-rating or substitution approval.
Specification
An angle is defined by geometry, grade and the standard it is supplied to
Before requesting a quote, pin down the three axes of the angle schedule: the grade or standard, the size and unit context, and the applicable dimensional standard. Each decision below links to the reference the commercial team works to — anything not yet confirmed is surfaced, not assumed.
Choose the grade or standard
Equal and unequal leg angles are commonly supplied across the structural steel family. Two typical references:
- ASTM structural steel — the North American structural designation family.
- SS400 structural steel — a widely specified JIS-grade structural reference for the region.
The exact grade, its reference standard edition and its tolerance are confirmed at RFQ — the supplier does not substitute a grade or standard the project has not approved.
Size & unit-weight
A nominal angle size alone does not define a member — leg A, leg B and thickness together do, along with the member length and the piece count. Consult the reference charts to convert a line-item into a supply schedule:
- Structural steel sizes — geometry and section references.
- Structural steel weight chart — unit-weight and mass references.
Never assume a cross-section mass or moment value from memory; confirm every value against the published standard at reference-time and re-verify at RFQ.
Dimension check
Confirming leg A, leg B, thickness and tolerance against the applicable standard before the RFQ is what keeps the schedule valid end to end. This page does that check with you; the commercial team re-confirms it at quote time.
Quality
The quality story travels with the documentation, not from memory
For a structural angle buyer, evidence of what was actually inspected and certified matters more than a claim of 'quality'. What the supplier can and cannot confirm is stated plainly here — every certificate is verified at RFQ and re-issued against the actual lot.
Document-first quality
The angle's conformance is confirmed through the lot's own documentation — mill certificates, inspection records and traceability — not asserted on this page.
Document & inspection matrix
Confirm each item against the actual material certificate and inspection report at RFQ.
- Mill test certificate — chemistry and mechanical evidence issued for the specific heat, confirmed against the ordered grade.
- Dimensional inspection — leg A, leg B, thickness and tolerance re-checked against the applicable standard.
- Third-party inspection — where the project requires it, arranged at RFQ with the designated inspection agency.
- Traceability — heat, coil and lot reference linked through the supply record back to the supplying mill.
Evidence applied: this page states what documentation accompanies the material and what must be confirmed at RFQ. It does not assert a certificate the lot has not had verified, a test result, a coating standard or a country of origin from memory.
Applications
Where structural angles earn their place on the project
Equal and unequal leg angles are a workhorse of structural steel: bracing, cleats, framing, continuous ties and tension members. Below are the project families the team supplies into — each links to the deeper application page.
Industrial buildings
Portal-frame bracing, roof-pitch cleats, purlin cleats and edge framing — angles carried through the structural package.
Industrial building structural steelWarehouses & logistics
Bracing and frame detailing across high-bay storage and logistics floors, sized to the portal frame design.
Warehouse structural steelEnergy & process
Support steel and bracing for energy and process facilities, traced to the project's structural specification.
Energy structural steelMarkets
Supplying structural steel to the GCC
Noor Deira Steel is a UAE-based steel distributor serving contractors, fabricators and traders across the Gulf. Each market card links to the country buyer guide that covers what to confirm for that destination.
Commercial
Quote, documentation and lead time confirmed together
A steel angle quotation is quoted against the confirmed schedule, the applicable standard and the current market position. Pricing is provided on request — nothing on this page implies a live price, discount or offer.
Documentation
The quote confirms the accompanying documents — mill certificate, inspection report and standard of supply — tied to the actual lot, confirmed at RFQ.
Lead time
Availability is confirmed against current stock and mill position at RFQ. No lead time is asserted from memory on this page.
Reference library
Continue into the structural steel reference
When the angle schedule moves to unit-weight and section confirmation, these reference pages carry the work further — plus the parent hub for the whole structural family.
Weight chart
Unit-weight and mass references for converting angle line-items into a supply quantity.
Structural steel weight chartSizes
Geometry and dimension references for equal and unequal leg angle sections.
Structural steel sizesStructural steel hub
The full structural steel family — beams, columns, channels and angles in one place.
Structural Steel SupplierWhy trust this page
Grounded in the dimensional standards the trade actually works to
The structural angle is supplied and dimensionally confirmed against the national and international standards that govern its section. The dimensional reference cited here is traced to its published standard — no section value is asserted from memory.
Reference standard & methodology
Where this page refers to the dimensional convention for equal and unequal leg structural steel angles, the reference is BS EN 10056-1:2017, "Structural steel equal and unequal leg angles — Dimensions", a standard that sets out the dimensional basis for these sections. The citation is drawn from the BSI knowledge library:
- Standard: BS EN 10056-1:2017 — Structural steel equal and unequal leg angles, Dimensions.
- Source: BSI knowledge, BS EN 10056-1:2017 product page.
- Publication info: 30 June 2018. Status verified 10 September 2026. Confirm the current edition and its tolerance at RFQ against the project's specified standard.
Evidence-safe policy: this page cites a published dimensional standard rather than reproducing section values, masses, tolerances or mechanical properties from memory. Exact geometry, grade, standard edition and tolerance are confirmed against the actual material documentation at RFQ.
Why Noor Deira Steel
What a structural spend counts on
For a contractor or fabricator buying angles, the value is in how the schedule is confirmed and carried through to supply — not in a headline claim. Here is what the team commits to.
Confirmed at source
Geometry, grade and standard confirmed against the actual material, not assumed from a catalogue line.
Documentation that travels
Mill certificate, inspection report and traceability tied to the supplied lot, verified at RFQ.
GCC reach
A UAE base with supply reach across the Gulf, carrying the same confirmed schedule every market.
Commercial clarity
Price on request against the confirmed scope — no invented pricing, discounts or offer language.
How it works
From schedule to confirmed quote in four steps
A structured path that converts an angle line-item into a confirmed, document-backed quotation — without guesswork at any step.
01
Define the schedule
Leg A, leg B, thickness, grade/standard, member length and piece count — validated in the builder above.
02
Confirm the reference
Lock the grade and applicable dimensional standard against the project and the material documentation.
03
Request a quote
Transfer the confirmed schedule to RFQ — pricing provided on request against the exact scope.
04
Verify & receive
Confirm documents and inspection report against the actual lot before arrival.
FAQ
Steel angle buying questions, answered
Quick, evidence-safe answers to the questions that come up most on an angle schedule.
What defines a steel angle designation?
A line angle is defined by its leg A, leg B and thickness, together with the grade or standard and the applicable dimensional standard. An equal leg angle is described as leg A × A × thickness; an unequal leg angle as leg A × B × thickness. A nominal 'size' alone does not define a member — leg B and thickness always matter.
Equal or unequal leg — how do I choose?
The geometry comes from the project's structural design, not from the supplier. Use the builder above to confirm whether the section is equal leg (leg A equals leg B) or unequal leg (leg B is required and differs from leg A). The builder flags anything that needs verification and hands the confirmed schedule to RFQ.
Can the supplier substitute an equivalent grade or series?
No. A grade or standard the project has not approved is never substituted. Cross-series or cross-standard equivalence needs engineering approval from the project's side. On this page and at RFQ, the exact grade, standard edition and tolerance are confirmed against the material before supply.
What documents accompany a structural angle supply?
The mill test certificate, the dimensional inspection record and, where the project requires it, third-party inspection — all tied to the actual supplied lot and verified at RFQ. The documentation is confirmed against the lot; it is not asserted from memory on this page.
Is the weight chart on this page usable for estimating?
Unit-weight and mass references live on the structural steel weight chart. Cross-section values are never asserted from memory here — confirm every value against the published standard at reference time and re-verify against the actual material documentation at RFQ.
Request a quote
Take the confirmed steel angle schedule to the commercial team
Pricing is provided on request against the confirmed scope — send the schedule from the builder above, or attach your own drawing. The team confirms grade, standard, documentation and lead time before quoting.
Price on request · Grade, standard, documentation and lead time confirmed at RFQ · Direct line +971 56 398 0860 · sales@noordeirasteel.ae