Overview
Rebar is a structural performance product: what is certified is not the appearance of the bar but the mechanical values it delivers — yield strength, tensile strength, elongation, the tensile-to-yield ratio, bend and rebend behaviour, and the chemistry that governs weldability. That makes its certification stricter and more test-driven than the wider fabricated iron and steel products category and different from steel pipes — the key evidence is a mill test certificate per heat, an accredited verification test report against the declared grade, correct rolled-in marking, and dimensional / rib geometry data.
Reinforcing bar falls under the SABER conformity scheme. A Product Certificate of Conformity (PCoC) is required for the bar range and grade, and a Shipment Certificate of Conformity (SCoC) is required for each consignment before it can clear Saudi customs. Structural sections, plate, angles and fabricated steelwork are covered on our wider Fabricated Steel page; this page covers reinforcing bar specifically.
Product Types
The SABER route and rebar-specific requirements apply across products including:
- Deformed (ribbed) reinforcing bar in straight lengths
- Plain round reinforcing bar
- Reinforcing bar in coil, and decoiled / straightened bar
- Weldable reinforcing bar (controlled carbon equivalent)
- Seismic / high-ductility grades (specified tensile-to-yield ratio and elongation)
- Epoxy-coated and hot-dip galvanized reinforcing bar
- Welded steel fabric / mesh and prefabricated reinforcement cages
- Couplers and mechanical splices supplied with the bar system
The scope of your certificate is defined from the bar type, the steel grade, the bar diameter range, any coating and the HS code. We structure the certificate so the reinforcement range you actually export is covered.
HS Codes
Reinforcing bar is commonly classified under the headings below. These are examples only — the correct code depends on the exact product.
- 7213 — Bars and rods, hot-rolled, in irregularly wound coils, of iron or non-alloy steel (reinforcing coil)
- 7214 — Other bars and rods of iron or non-alloy steel, not further worked than hot-rolled — includes deformed reinforcing bar
- 7215 — Other bars and rods of iron or non-alloy steel (e.g. cold-worked)
- 7227 / 7228 — Bars and rods of other alloy steel, where the grade is alloyed
- 7314.20 — Welded steel fabric / mesh of bars or rods
Applicable Saudi Requirements
Reinforcing bar is certified through SABER registration on the Saudi platform. The main requirements are:
- A valid PCoC issued against the applicable Saudi / GSO reinforcing steel standard for the declared grade
- An SCoC for each individual shipment before customs clearance
- Mill test certificate (EN 10204 3.1) for every heat / cast in the consignment, stating chemistry and mechanical values
- Accredited verification test evidence — tensile, yield, elongation, bend / rebend — for the delivered grade and bar sizes
- Carbon equivalent (weldability) within the standard limit where a weldable grade is declared
- Tensile-to-yield ratio and total elongation at maximum force where a seismic / ductility class is claimed
- Manufacturer identification, bar size and grade rolled into the bar surface (rolled-in marking), matching the certificate
- Dimensional, mass-per-metre and rib-geometry (relative rib area) data within tolerance
- Coating thickness and adhesion evidence for epoxy-coated or galvanized bar
- A registered Saudi importer on the SABER platform to link the shipment
Technical Regulation
Reinforcing bar is assessed principally under Saudi Arabia's Technical Regulation for Building Materials (the iron and steel product group) together with the applicable SASO / GSO standard for steel for the reinforcement of concrete. Internationally these correspond to GSO ISO 6935-2 (ribbed bars), BS 4449 (grade B500A / B500B / B500C), ASTM A615 / A706 (grades 60 / 80, and the weldable low-alloy grade), or DIN 488. Weldable grades are governed by a carbon equivalent limit; seismic and high-ductility grades add requirements on the ratio of actual tensile to actual yield strength and on total elongation at maximum force. Coated bar follows ASTM A775 / A934 (epoxy) or ASTM A767 / ISO 14657 (galvanized). The exact regulation and standard set is confirmed at assessment from the grade and HS code. Our Technical Regulations guide explains how regulations are matched to products.
Testing / Standards
Reinforcing bar is typically evaluated against the applicable reinforcement standard for mechanical performance, weldability and geometry. Typical verification includes:
- Tensile test (ISO 6892-1 / ISO 15630-1) — yield strength (Re), tensile strength (Rm), Rm/Re ratio and elongation
- Total elongation at maximum force (Agt) for ductility class
- Bend and rebend test (ISO 15630-1) — no cracking on the mandrel
- Chemical analysis and carbon equivalent (CEV) calculation for weldability
- Mass per metre and cross-sectional area against nominal size, with tolerance
- Rib / deformation geometry — rib height, spacing and relative rib area (bond)
- Fatigue or cyclic testing where a seismic grade requires it
- Coating thickness, continuity and adhesion for epoxy-coated or galvanized bar
- Weld shear / tensile testing for welded fabric and mesh
A valid mill test certificate for every heat, supported by testing from an ISO/IEC 17025 accredited laboratory, forms the core of the evidence. We review your mill certificates and any existing reports before arranging the verification product testing that is genuinely required for your grade and sizes.
Documents Required
A typical rebar application uses the set below; our full documents required guide explains each item.
- Commercial invoice and packing list, with heat / cast numbers per bundle
- HS code of the reinforcing bar range
- Technical datasheet stating the grade, standard, bar sizes and whether the grade is weldable / seismic
- Mill test certificate (EN 10204 3.1) for every heat in the consignment
- Accredited tensile, bend / rebend and chemical verification test reports
- Carbon equivalent calculation for weldable grades
- Photograph or rubbing of the rolled-in marking, and the manufacturer mark key
- Dimensional and rib-geometry report
- Coating test data for epoxy-coated or galvanized bar
- Manufacturer details and Declaration of Conformity where relevant
- Saudi importer registration details
PCoC Process
The Product Certificate of Conformity certifies the reinforcing bar range and grade against the applicable standard. In outline:
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Classification and scope
We confirm the bar type, steel grade, size range, any coating, HS code and applicable reinforcement standard, and define what the certificate should cover.
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Mill certificate and report review
We check the mill certificate chemistry and mechanical values against the standard, and whether your existing test reports cover the exact grade and sizes.
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Verification testing
An accredited laboratory carries out tensile, bend / rebend and chemical verification, sampled by size and heat, where the mill certificate alone is not sufficient.
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Technical review
An approved certification body reviews the documents, marking, geometry and test evidence against the regulation.
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PCoC issued
Once the review is satisfied, the PCoC is issued on the SABER platform. It is typically valid for one year.
SCoC Process
A Shipment Certificate of Conformity is issued per consignment and is what customs checks at the border. In outline:
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Shipment details submitted
The invoice, packing list with heat numbers and the linked PCoC are submitted for the specific consignment.
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Verification
The shipment is verified against the valid PCoC, the heats are checked against mill certificates and any consignment sampling, and the SCoC fee is settled on the platform.
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SCoC issued
The SCoC is issued for that shipment, allowing it to clear Saudi customs. Each new shipment needs its own SCoC.
Certification Timeline
The main variable is whether complete mill certificates and valid verification test reports already exist for your exact grade and sizes. Our SABER timeline guide covers this in detail.
- With complete mill certificates and acceptable verification testing — a PCoC can typically be arranged within a few working days
- When fresh verification testing is required — laboratory turnaround for tensile, bend and chemical testing (sampled by size and heat) is the main variable, typically one to two weeks
- Where the arriving consignment must be sampled and tested, schedule for the inspection and laboratory slot at the port
- SCoC — normally issued quickly per shipment once a valid PCoC is in place and the heats are covered
Common Problems
- Rolled-in marking missing, illegible, or not matching the certified manufacturer and grade
- A heat in the consignment not covered by a mill certificate or a verification test
- Mill certificate only — no independent accredited verification testing for a safety-critical grade
- Carbon equivalent above the limit for a bar declared as weldable
- Seismic / ductility grade claimed but no Rm/Re ratio or Agt elongation data
- Mass per metre or rib geometry outside tolerance for the nominal size
- Rebar declared under a general bar heading to avoid the reinforcement requirements
- Epoxy or galvanized coating with no thickness / adhesion evidence
We check these points up front — especially the marking, the heat coverage and the verification testing plan — so consignments are not held at customs for avoidable reasons.
Frequently Asked Questions
Why does rebar need independent testing when I already have a mill certificate?
Reinforcing bar is treated as safety-critical for construction, so the Saudi market routinely requires verification of yield, tensile strength, elongation and bend behaviour by an ISO/IEC 17025 accredited laboratory in addition to the mill certificate — sampled by bar size and heat, and often on the arriving consignment. This confirms the delivered bar matches the declared grade. We identify up front whether and how your rebar needs this.
What is the rolled-in marking and why does it matter?
Reinforcement standards require the manufacturer identification, the bar size and the grade to be rolled into the surface of the bar as raised marks, readable along its length. Customs and the certification body use it to tie the physical bar back to the certificate and the mill. Bars with missing or non-conforming marking are rejected even if the test values are fine.
My bar is described as weldable — what extra evidence is needed?
A weldable grade must keep its carbon equivalent value (CEV) within the limit set by the standard. You need the chemical analysis and the CEV calculation for each heat, and the declared grade on the datasheet must be the weldable designation (for example B500B, or ASTM A706).
Is this the same as the Fabricated Steel certificate?
No. Structural sections, plate, angles and fabrications are covered on our Fabricated Steel page and are assessed mainly on the mill certificate. Reinforcing bar has its own reinforcement standard, its own marking rules and a heavier verification-testing requirement, which is why it has a dedicated page.
How much does SABER certification for rebar cost and how long does it take?
It depends mainly on whether complete mill certificates and valid verification test reports already exist for your grade and sizes. When they do, a PCoC can often be arranged within a few working days; when fresh tensile, bend and chemical testing is needed, the laboratory turnaround of one to two weeks becomes the main variable. Send your grade, sizes and mill certificates for a specific quote and timeline at no cost. See our SABER certificate cost guide.
Which products and HS codes does this cover?
The same SABER route applies across deformed and plain reinforcing bar, coil, decoiled bar, welded mesh and coated bar — generally classified under HS 7213 and 7214, with 7215 for cold-worked bar, 7227 / 7228 for alloy grades and 7314.20 for welded fabric. We confirm the correct classification for your exact product during assessment.
Get Your Rebar Certified
Send us your reinforcing bar grade, standard, bar sizes, whether the grade is weldable or seismic, any coating, the HS code and your mill test certificates and existing test reports. We will confirm the applicable Saudi reinforcement standard, the marking and sampling requirements, review your testing, and coordinate the PCoC and each SCoC so your shipments clear Saudi customs without delay.