Third-Party ISO Certification Body in UK, Europe, UAE, MENA & Globally. (MENA HO: UAE)
SCS KNOWLEDGE CENTRE

EN 1090 Certification for Structural Steel in UAE | SCS

Get EN 1090 certification for structural steel in UAE. Understand CE marking, FPC, welding controls, execution classes and certification requirements.

  1. Home
  2. Knowledge Centre
  3. EN 1090 Certification for Structural Steel in UAE | SCS

CE Certification for Structural Steel in UAE | EN 1090 Certification | SCS

CE Certification for Structural Steel in UAE | EN 1090 Certification | SCS
Learn about EN 1090 certification and CE marking for structural steel in the UAE, including FPC, welding controls, traceability, execution classes and project requirements.

CE Certification for Structural Steel in UAE | EN 1090 Certification | SCS

Need EN 1090 certification or CE marking for structural steel? Contact SCS for a free consultation and certification enquiry:
https://www.scscertification.com/contactus.php

★★★★★

CE Certification for Structural Steel in UAE

Structural steel fabrication in the UAE supports some of the region’s most demanding construction, transport, industrial and infrastructure developments. For manufacturers supplying structural steel components to international contractors, consultants or European-linked projects, demonstrating controlled production, welding competence, traceability and conformity with the applicable technical requirements can be an important commercial requirement.

EN 1090 certification is particularly relevant where structural steel components fall within the applicable scope of EN 1090-1 and European construction-product conformity requirements apply. Depending on the product, destination market and contractual requirements, manufacturers may also need CE marking, a Declaration of Performance, Factory Production Control and appropriate third-party conformity assessment.

SCS provides conformity assessment and certification services for applicable construction products, supporting UAE manufacturers seeking structured routes toward European and international market requirements.

What Is EN 1090 Certification?

EN 1090 is a series of European standards covering the execution of steel and aluminium structures. For structural components placed on the European market, EN 1090-1 is particularly important because it addresses requirements for conformity assessment of structural components covered by its scope.

The assessment is not simply a matter of putting a CE mark on a fabricated steel component. The manufacturer needs to establish appropriate production controls and demonstrate that the declared performance of the product is supported by the required manufacturing and conformity-assessment arrangements.

For UAE manufacturers, EN 1090 certification can therefore involve areas such as:

  • Factory Production Control (FPC)
  • Manufacturing procedures
  • Welding quality controls
  • Qualified welding personnel
  • Welding procedure qualifications
  • Material identification and traceability
  • Inspection and testing
  • Non-conformance controls
  • Production records
  • Technical documentation
  • Declaration of Performance where applicable
  • CE marking where the applicable regulatory route requires it

The exact requirements depend on the structural product, applicable technical specification and intended market.

Is CE Certification Required for Structural Steel in UAE?

There is no blanket UAE requirement stating that every structural steel manufacturer must obtain EN 1090 certification or CE marking.

The requirement depends on what the manufacturer produces, where the product will be placed on the market, the applicable regulations and standards, and the requirements imposed by the customer, consultant, contractor or project.

For products intended for the European market and falling within the applicable harmonised construction-product framework, CE marking and the associated conformity-assessment requirements can become relevant.

For UAE-only projects, EN 1090 may instead arise from:

  • Project specifications
  • Consultant requirements
  • Main-contractor approval procedures
  • Client/vendor qualification requirements
  • International engineering specifications
  • European-origin technical specifications
  • Export requirements
  • Contractual quality requirements

This distinction is important. A project requirement should not automatically be presented as a general legal obligation in the UAE.

What Products Can Fall Under EN 1090-1?

EN 1090-1 can apply to structural components made from steel or aluminium where the component has a structural function and falls within the applicable scope of the standard and conformity-assessment framework.

Examples can include fabricated components such as:

  • Structural steel beams and columns
  • Steel frames
  • Structural trusses
  • Fabricated structural members
  • Steel structures and assemblies
  • Industrial structural components
  • Structural platforms
  • Steel stair structures where they perform a relevant structural function
  • Structural support assemblies
  • Other load-bearing fabricated components

The actual applicability must be assessed against the product's intended structural function, design, manufacturing method and applicable technical requirements.

Not every steel item manufactured by a steel company is automatically an EN 1090 product.

Structural Steel and EN 1090-1

The key question is whether the fabricated component performs a structural function.

Structural components are generally associated with load-bearing functions where mechanical resistance, stability or other relevant structural performance is essential to the construction works.

For example, a fabricated steel column forming part of a building's load-bearing frame is fundamentally different from a decorative steel item that has no structural role.

Manufacturers should therefore establish the product scope before assuming that EN 1090 certification applies.

What Are Execution Classes EXC1, EXC2, EXC3 and EXC4?

Execution classes are an important part of structural steel fabrication under the EN 1090 framework.

The commonly used classes are:

  • EXC1 – generally associated with less demanding structural applications
  • EXC2 – commonly used for many ordinary structural steel applications
  • EXC3 – associated with more demanding structures and consequences of failure
  • EXC4 – associated with the most demanding applications and highest consequences of failure

The appropriate execution class should not simply be selected because one class is considered “better” than another. It should be established according to the structural design, intended use, consequences of failure, applicable project specifications and relevant execution requirements.

SCS can review the manufacturer's product range and applicable project requirements to help determine the appropriate certification scope.

Why Execution Class Matters for CE Certification

Execution class affects the level of manufacturing control, welding requirements, inspection and documentation expected from the manufacturer.

A company manufacturing structural steel for different types of projects may therefore need to demonstrate production capability appropriate to the execution classes included in its scope.

The certification scope should reflect what the manufacturer actually produces and controls rather than simply selecting the highest possible execution class.

Factory Production Control for EN 1090

Factory Production Control (FPC) is central to demonstrating consistent manufacturing.

An effective FPC system establishes how the manufacturer controls production from incoming materials through fabrication, inspection and final release.

Depending on the scope, controls can cover:

  • Purchasing and incoming materials
  • Material certificates
  • Identification and traceability
  • Cutting and forming
  • Fabrication
  • Welding
  • Inspection
  • Testing
  • Measuring equipment
  • Personnel competence
  • Non-conforming products
  • Corrective actions
  • Final inspection
  • Product documentation
  • Record retention

FPC should operate as a practical production-control system rather than simply a collection of documents prepared for an audit.

Welding Controls in EN 1090 Certification

Welding is one of the most important areas for structural steel manufacturers.

Depending on the applicable requirements and execution class, manufacturers may need appropriate controls covering:

  • Welding procedures
  • Welding procedure qualification
  • Welder qualification
  • Welding coordination
  • Welding consumables
  • Welding equipment
  • Pre-welding checks
  • Welding parameters
  • Inspection and testing
  • Weld identification
  • Repair procedures
  • Welding records

Existing welding qualifications may be useful, but their applicability needs to be checked against the manufacturer's actual products, materials, processes and certification scope.

CE Marking for Structural Steel Components

CE marking is the visible indication that the applicable European conformity-assessment requirements have been followed for a product covered by the relevant regulatory framework.

For construction products, CE marking is connected with the applicable Construction Products Regulation (CPR) requirements and the product's harmonised technical specification or other recognised route where applicable.

A manufacturer should not treat CE marking as a standalone certificate. The technical assessment, production controls, conformity assessment and required documentation come first.

Where the applicable route requires a Declaration of Performance, the manufacturer issues the declaration before placing the CE marking in accordance with the relevant requirements.

Declaration of Performance for Structural Steel

The Declaration of Performance (DoP) communicates the manufacturer's declared performance for the relevant construction product.

The declaration should correspond with the applicable technical requirements and the product actually being manufactured.

For a structural steel manufacturer, this means that the declared characteristics should be supported by the appropriate production controls, testing, assessment and conformity-assessment arrangements.

Under the evolving CPR framework, terminology and requirements are changing. Manufacturers should therefore confirm whether their product remains under the CPR 2011 arrangements or falls under a new requirement under CPR 2024 and its applicable transition provisions.

Assessment and Verification of Constancy of Performance

Construction products can be subject to different Assessment and Verification of Constancy of Performance (AVCP) systems.

The applicable AVCP system determines the responsibilities of the manufacturer and, where required, the involvement of an appropriately notified third party.

For relevant structural products, third-party assessment can include evaluation of the manufacturer's Factory Production Control.

The exact AVCP route should always be established from the applicable product requirements rather than assuming the same system applies to every steel product.

Does Every Structural Steel Product Need a Notified Body?

No.

Whether a notified body is required depends on the applicable regulatory and conformity-assessment route for the specific product.

Where third-party assessment of Factory Production Control or another conformity-assessment activity is required, the assessment must be conducted by a body appropriately notified for the relevant scope.

Manufacturers should therefore establish:

  1. Whether the product falls within EN 1090-1.
  2. Which technical specification applies.
  3. Which AVCP system applies.
  4. Whether third-party conformity assessment is required.
  5. Which documentation must be maintained.
  6. What must be declared and CE marked.

EN 1090 Certification Process with SCS

The EN 1090 certification process generally begins with a review of the manufacturer's products and intended markets.

Step 1: Product and Scope Review

SCS reviews the structural steel products, manufacturing activities, materials, intended applications and applicable requirements.

Step 2: Execution and Technical Requirements

The applicable execution classes, manufacturing requirements and relevant technical controls are identified.

Step 3: Documentation and FPC Preparation

The manufacturer establishes or updates its Factory Production Control system and supporting technical documentation.

Step 4: Welding and Production Controls

Welding procedures, personnel qualifications, production processes, inspection and traceability arrangements are reviewed.

Step 5: Factory Assessment

The manufacturing facility and FPC arrangements are assessed against the applicable certification requirements.

Step 6: Corrective Actions

Where nonconformities are identified, the manufacturer implements appropriate corrective actions.

Step 7: Certification

Once the applicable requirements have been satisfactorily demonstrated, certification can proceed within the agreed scope.

Step 8: Ongoing Surveillance

Where required by the applicable conformity-assessment scheme, continuing surveillance ensures that the manufacturer's production controls remain effective.

Documents Required for EN 1090 Certification

The exact documentation depends on the certification scope, but manufacturers may be asked to provide:

  • Company and factory details
  • Product catalogue or product descriptions
  • Manufacturing process information
  • Factory Production Control procedures
  • Material specifications
  • Material certificates
  • Welding procedures
  • Welding procedure qualifications
  • Welder qualifications
  • Welding coordination arrangements
  • Inspection and testing procedures
  • Equipment calibration records
  • Traceability records
  • Non-conformity procedures
  • Quality records
  • Technical drawings
  • Existing certificates and reports
  • Product-specific technical documentation

SCS can review the available documentation and identify gaps before the formal assessment.

Structural Steel CE Certification for UAE Manufacturers

UAE steel fabricators supplying international construction markets may encounter EN 1090 requirements through European customers, consultants, EPC contractors or project specifications.

Having a controlled manufacturing system can help demonstrate that the factory is capable of producing structural components consistently according to the defined requirements.

This is particularly relevant for manufacturers supplying:

  • Structural frames
  • Steel buildings
  • Industrial structures
  • Infrastructure components
  • Rail-related structures
  • Commercial developments
  • Warehouses
  • Bridges and support structures
  • Engineering and fabrication projects

EN 1090 Certification in Dubai

Dubai has a large ecosystem of structural steel fabricators serving construction, infrastructure, logistics, industrial and commercial developments.

Manufacturers located in areas such as Dubai Investment Park, Jebel Ali, Al Quoz and other industrial zones can seek EN 1090 certification where their products and intended markets make it applicable.

SCS supports manufacturers in Dubai with product-scope review, Factory Production Control assessment and applicable conformity-assessment services.

EN 1090 Certification in Abu Dhabi

Abu Dhabi's industrial and infrastructure sectors generate significant demand for engineered steel products and fabricated structural components.

Manufacturers operating in Mussafah, ICAD and other Abu Dhabi industrial areas may encounter EN 1090 or related international requirements through project specifications, customers and export markets.

SCS provides certification and conformity-assessment support for eligible manufacturers operating in Abu Dhabi and across the UAE.

EN 1090 Certification Across the UAE

EN 1090 certification enquiries are not limited to Dubai and Abu Dhabi.

Manufacturers in:

  • Sharjah
  • Ajman
  • Ras Al Khaimah
  • Fujairah
  • Umm Al Quwain
  • Other UAE industrial locations

can assess their products and manufacturing arrangements for applicable certification requirements.

The factory location does not determine whether EN 1090 applies. The product, manufacturing scope, applicable technical requirements and intended market determine the relevant route.

EN 1090 and Major UAE Infrastructure Projects

Major UAE infrastructure developments such as Dubai Metro, Etihad Rail and other large transport, industrial and commercial projects have increased the importance of controlled structural-steel fabrication, including appropriate EN 1090 practices, CE marking where applicable, qualified welding procedures, Factory Production Control and material traceability. However, these projects should not be interpreted as creating a blanket legal requirement for every UAE steel manufacturer; EN 1090, CE marking and related controls may arise from applicable European conformity requirements, project specifications, consultant requirements, client approvals or contractual conditions, depending on the product and intended market.

EN 1090 for International Construction Projects

UAE manufacturers increasingly supply structural steel to projects involving international contractors, engineering consultants and EPC companies.

In these situations, technical specifications can require manufacturers to demonstrate internationally recognised manufacturing controls.

EN 1090 can therefore be commercially relevant to companies targeting:

  • European construction projects
  • International EPC contracts
  • Multinational contractors
  • Export markets
  • Infrastructure projects
  • International steel supply chains
  • Projects using European standards

Certification does not automatically guarantee acceptance for every project. Individual project specifications and contractual requirements must still be satisfied.

EN 1090 and CPR 305/2011

Regulation (EU) No 305/2011, commonly known as the Construction Products Regulation (CPR), established the European framework for construction products and their performance declarations and CE marking.

EN 1090-1 has been used as a harmonised standard within this framework for applicable structural components.

For manufacturers working with existing CPR 2011 arrangements, it remains important to understand the applicable transition provisions rather than assuming that all historical certification arrangements automatically remain unchanged.

EN 1090 and CPR 2024

The European Union has introduced the new Construction Products Regulation (EU) 2024/3110, which replaces the previous CPR framework through a transition process.

The transition means that manufacturers should pay attention to the technical specification and regulatory requirements applicable to their products at the time of assessment and placing on the market.

For UAE manufacturers targeting Europe, this is particularly important when planning a new certification or reviewing an existing certification scope.

SCS can assess the manufacturer's intended product route and advise on the applicable conformity-assessment requirements.

SCS Experience in Construction Product Certification

SCS provides certification and conformity-assessment services for construction-related products supplied by UAE manufacturers.

Examples of construction-product clients include:

  • Asia Bolts Industries (L.L.C.) – High Strength Structural Bolting Assemblies for Preloading under Regulation 305/2011/EU, EN 14399-1:2015
  • Traverse International Insulation Materials LLC – Construction-product certification under CPR 305/2011
  • Rollstud Middle East Inc. – Construction-product certification under CPR 305/2011
  • Specialized Factory for Steel Products – Construction-product certification under CPR 305/2011
  • Almasa Environmental Industries LLC – Construction-product certification under CPR 305/2011
  • DYOTA ENGINEERED SOLUTIONS L.L.C – Construction-product certification under CPR 305/2011
  • Faham Doors Industries Co. L.L.C – Construction-product certification under Regulation 305/2011/EU
  • Onground Hospitality LLC – Construction-product certification under applicable CPR requirements

These examples represent different construction-product categories and should not be interpreted as stating that every listed company holds EN 1090 certification specifically.

SCS Product Certification and CE Assessment

SCS provides applicable product certification and conformity-assessment services for manufacturers seeking to demonstrate compliance with defined technical and regulatory requirements.

SCS is accredited by ASIB (Europe) under applicable product-certification activities and operates as EU-ASIB Notified Body No. 2835 for applicable conformity-assessment activities within its notified scope.

The appropriate certification route depends on the product and applicable technical requirements. Manufacturers should therefore establish the scope before selecting the conformity-assessment procedure.

What Is the Cost of EN 1090 Certification in UAE?

There is no single fixed price for EN 1090 certification.

The cost can depend on:

  • Number of products
  • Manufacturing processes
  • Factory size and complexity
  • Execution classes
  • Welding activities
  • Existing FPC arrangements
  • Existing technical documentation
  • Number of production locations
  • Scope of certification
  • Required assessment activities
  • Corrective-action requirements

A manufacturer with an established quality and welding-control system may require a different level of preparation from a factory developing its FPC system for the first time.

SCS can provide a quotation after reviewing the relevant company and product information.

How Long Does EN 1090 Certification Take?

The certification timeline depends on the manufacturer's readiness and the complexity of the certification scope.

Factors that can affect the timeframe include:

  • Documentation readiness
  • Factory Production Control implementation
  • Welding qualifications
  • Execution class
  • Product range
  • Factory assessment availability
  • Closure of nonconformities
  • Technical documentation requirements

Companies that prepare their production controls and supporting records before the assessment can generally move through the process more efficiently.

Can an Existing ISO 9001 Certificate Replace EN 1090 Certification?

No.

ISO 9001 and EN 1090 address different requirements.

ISO 9001 focuses on the organisation's quality management system, while EN 1090 conformity assessment addresses requirements associated with applicable structural components and their production controls.

An existing ISO 9001 system can provide a useful foundation, but it does not automatically demonstrate conformity with EN 1090 requirements.

Can Existing Welding Certifications Be Used?

Existing welding qualifications and procedures can potentially form part of the evidence used during an EN 1090 assessment.

However, they need to be reviewed for relevance and validity against the applicable product, materials, welding processes, execution class and other requirements.

A company should not assume that an existing welding certificate automatically covers every structural steel product in its proposed certification scope.

What Happens If the Structural Steel Product Changes?

Changes to products, materials, manufacturing processes, welding procedures, production locations or certification scope may require review.

Some changes may be managed within the existing certification arrangements, while significant changes may require additional assessment or updated documentation.

Manufacturers should inform their certification body before making changes that could affect conformity.

What If My Steel Product Is Not Covered by EN 1090?

Not every steel product belongs under EN 1090.

Depending on the product, it may be subject to another harmonised standard, technical specification, European Technical Assessment route or a different regulatory or contractual requirement.

SCS can review the product and intended market to determine whether EN 1090 is appropriate or whether another conformity-assessment route should be considered.

Get EN 1090 Certification for Structural Steel with SCS

If you manufacture structural steel components in the UAE and need to determine whether EN 1090 certification, CE marking, Factory Production Control or third-party conformity assessment applies to your products, SCS can review your requirements before certification begins.

A typical initial enquiry should include:

  • Company name and factory location
  • Product description
  • Structural steel product range
  • Intended market
  • Current certifications
  • Welding qualifications
  • Manufacturing processes
  • Applicable customer or project specifications
  • Existing FPC documentation

This allows the certification scope and applicable conformity-assessment route to be assessed more accurately.

For EN 1090 certification, structural steel CE marking and applicable construction-product conformity assessment in the UAE, contact SCS.

Website: www.scscertification.com

SCS UAE Office

System Certification Services (SCS)
6th Floor, Salaam Building
Office 9, Al Marakib Street
Al Danah, Zone 1
Abu Dhabi, United Arab Emirates

Phone: +971 50 302 4312
Email: scs@scscertification.com

SCS provides certification and conformity-assessment services to eligible manufacturers across the UAE, including Dubai, Abu Dhabi, Sharjah, Ajman, Ras Al Khaimah, Fujairah and Umm Al Quwain.

Share this article

Need ISO Certification for Your Business?

Speak with our certification specialists to understand certification requirements, audit process, implementation timelines and accredited certification services.

Frequently Asked Questions

For UAE manufacturers, it can be particularly relevant when supplying European markets, international contractors, EPC companies or projects that specify EN 1090 requirements.
The requirement depends on the product, its structural function, intended market, applicable European requirements and any project, consultant, contractor or customer specifications.
Project specifications may also require CE marking or EN 1090 documentation as a contractual or technical requirement, which is different from a general UAE legal obligation.
CE marking should therefore not be treated as simply another name for an EN 1090 certificate.
The actual scope must be determined from the product's structural function and the applicable technical requirements rather than from the material alone.
Decorative items, non-structural products and products covered by another applicable technical specification may require a different conformity route.
SCS can assess the product information and help determine whether EN 1090 is an appropriate certification route or whether another route should be considered.
The appropriate class should be selected based on the structure, consequences of failure, design requirements and applicable project specifications.
It should be determined from the structural design, intended application, project requirements and relevant execution criteria. SCS can review the proposed scope before certification.
The correct execution class is the one appropriate for the structural application and applicable requirements.
The company's procedures, welding controls, personnel competence, FPC arrangements and certification scope need to support the higher execution requirements where EXC3 work is intended.
It can cover purchasing, incoming materials, traceability, fabrication, welding, inspection, testing, equipment, competence, non-conforming products and production records.
FPC provides evidence that the manufacturer has repeatable processes for producing conforming structural components.
The required level of control should be established against the applicable execution class and product requirements.
Existing qualifications may be usable if they are relevant and valid for the proposed certification scope.
SCS should first verify that the qualifications cover the relevant materials, processes, ranges and manufacturing activities.
An ISO 9001 quality management system can provide a useful foundation for FPC, but it does not by itself demonstrate conformity with the applicable EN 1090 requirements.
SCS can review existing documentation and identify the information required before the assessment.
The manufacturer should identify which characteristics must be demonstrated and how they are to be supported by testing, calculation, production controls or other accepted evidence.
The applicable AVCP system determines the responsibilities of the manufacturer and, where required, the involvement of a notified body or other third-party organisation.
Where notified-body involvement is required, the organisation must have the appropriate notified scope for the conformity-assessment activity.
The manufacturer must establish the correct technical specification, assessment route, production controls and documentation before applying CE marking.
Certification does not automatically guarantee acceptance on every project; individual tender and contractual requirements still apply.
This should not be interpreted as saying that every such project legally requires EN 1090 or that SCS certified those projects. Specific project specifications and contractual requirements must be checked.
SCS can assess manufacturers located in Dubai and review their product scope, FPC and production controls.
The factory's location does not itself determine applicability; the product and intended market are more important.
The assessment focuses on the manufacturer's actual production facility, processes, FPC and certification scope.
SCS can review the factory and proposed scope before the formal assessment.
SCS can support eligible manufacturers in Dubai, Abu Dhabi, Sharjah, Ajman, Ras Al Khaimah, Fujairah and Umm Al Quwain.
SCS can review the proposed scope and provide a quotation based on the manufacturer's specific requirements.
Companies with established production controls and complete documentation can generally prepare more efficiently.
Providing accurate product and process information at the enquiry stage helps SCS determine the appropriate assessment requirements.
This information allows SCS to conduct a more meaningful preliminary scope review and prepare the certification proposal.
The final scope remains subject to the applicable technical and conformity-assessment requirements.
The scope should accurately represent the products and processes assessed rather than listing products that the factory does not actually control.
Their actual status should be assessed based on their design, intended use and applicable technical requirements.
The required execution and production controls depend on the specific application and defined certification scope.
A manufacturer producing both steel and aluminium components should have the proposed scope assessed separately.
Manufacturers should inform their certification body before making significant changes that could affect conformity.
The certification body should be consulted before relocating production or adding another manufacturing site.
Their suitability should be reviewed rather than assuming that every historical test report automatically satisfies the current certification requirements.
SCS can review the product and intended market to help identify the appropriate conformity-assessment route.
Changes to standards, regulations, products, manufacturing processes or certification scope may also require review.
Continued compliance depends on maintaining effective FPC, production, welding and documentation controls.
The relationship between the standard and CPR requirements must be considered together with the applicable technical specification and regulatory transition status.
Manufacturers should establish which requirements apply to their particular product rather than assuming that CPR 2011 or CPR 2024 applies identically to every product.
UAE manufacturers exporting to Europe should consider the applicable transition arrangements when planning new certification or reviewing existing conformity documentation.
This preliminary assessment can help prevent a manufacturer from pursuing the wrong certification scope.
SCS operates as EU-ASIB Notified Body No. 2835 for applicable conformity-assessment activities within its notified scope and provides support to eligible manufacturers in the UAE.
SCS can then review the proposed scope, identify the applicable certification requirements and discuss the assessment process, documentation and quotation.
SCS can review your requirements and provide guidance on the appropriate scope and certification process.

Contact SCS for EN 1090 Certification