Teaser: The EAEU remains an important sales market for machinery, industrial equipment, electrical products, components and consumer goods in 2026. At the same time, requirements relating to test reports, technical documentation, labelling and traceability are increasing. This guide explains how manufacturers and exporters can prepare EAC projects systematically and avoid common delays.
The Key Facts in 60 Seconds
- An EAC certificate is a registered proof of conformity for products that fall within the scope of an EAEU Technical Regulation and are subject to certification under that regulation.
- The obligation is not determined by the HS code alone, but by the product's function, technical characteristics, intended use, the applicable regulation and the product lists contained in it.
- Foreign manufacturers generally require an applicant or authorised representative established in the EAEU.
- Series‑produced products frequently require sample testing, a production audit and recurring surveillance inspections.
- A certificate for a batch or a single product is limited to the registered scope of supply.
- The EAC mark may only be used after the conformity assessment has been completed successfully and the certificate or declaration has been registered.
- CE marking, an EU Declaration of Conformity or ISO 9001 certification does not replace a mandatory EAC procedure.
- Registers, standards lists, digital product data and traceability will become even more important in 2026.
- EAC conformity and EU export control are two separate approvals.
- A reliable project quotation can only be prepared after technical classification and assessment of the available evidence.
EAC Certification in 2026: Market Opportunity and Requirement
The Eurasian Economic Union - EAEU - forms a common economic area comprising Armenia, Belarus, Kazakhstan, Kyrgyzstan and Russia. This market has a population of approximately 186 million. Before numerous machines, industrial installations, electrical devices, components, vehicles, chemicals and consumer goods can be placed on the market, they must undergo a conformity assessment in accordance with the EAEU Technical Regulations.
EAC certification is not a voluntary quality mark. For affected products, it is a statutory prerequisite for import, customs clearance, sale and commissioning. The EAC mark may only be affixed once the required conformity assessment procedure has been completed successfully.
For European manufacturers, this means that EAC conformity must be taken into account during the quotation, design and delivery planning stages. Companies that address the subject only shortly before shipment risk additional testing, missing documents, incorrect labelling and substantial project delays.
Important for 2026: EAC conformity, export controls, sanctions, customs law and contractual delivery obligations are separate areas of assessment. A valid EAC certificate replaces neither the export‑control review nor checks concerning recipients, end use, payment channels and transport routes.
2026 Market Study: How Is the EAEU Market Developing?
Official figures published by the Eurasian Economic Commission point to a large and economically significant internal market:
- Approximately 185.9 million inhabitants across the five member states
- Aggregate EAEU gross domestic product grew by 1.7% in 2025
- Mutual trade in goods within the Union reached approximately USD 95.1 billion in 2025
- Mutual trade is expected to rise to approximately USD 101.1 billion in 2026
- Average economic growth of around 2.5% per year is forecast for 2026 and 2027
- According to EAEU figures, industrial production in the member states increased by 18.9% between 2020 and 2025
These figures reveal two opposing trends. On the one hand, sales opportunities remain, particularly for industrial capital goods, spare parts, components, infrastructure technology and specialised consumer goods. On the other hand, market access is becoming more formalised and data‑driven. Registers, testing laboratories, certification bodies and technical evidence are increasingly interconnected digitally.
Correct product classification is therefore becoming more valuable for manufacturers. Certification is not determined by a product photograph or trade name, but by the product's technical function, design, use, customs tariff code and the scope of the applicable Technical Regulations.
What Does EAC Mean?
EAC stands for Eurasian Conformity. The EAC mark confirms that a product meets the applicable safety requirements of the Eurasian Economic Union and has completed the required conformity assessment procedure.
In principle, the EAC marking is recognised uniformly in all five EAEU member states. It must be clearly visible, legible and permanent on the product, the nameplate and - where required - the packaging and accompanying documentation.
Its specific application depends on the relevant Technical Regulation. Manufacturers should therefore not begin labelling until the product scope, applicable regulations, form of conformity assessment and registered product designation have been finalised.
Which Products Require EAC Certification?
Whether EAC approval is required is assessed using several criteria:
- Product type and technical function
- Intended use and field of application
- Customs tariff number or HS/TN VED code
- Technical characteristics such as voltage, pressure, output or explosion risk
- Series production or single delivery
- Applicable EAEU Technical Regulations
Typical product groups include:
- Machinery and industrial installations
- Low‑voltage equipment and electrical apparatus
- Products subject to electromagnetic compatibility requirements
- Pressure equipment and pressure‑bearing assemblies
- Equipment for use in potentially explosive atmospheres
- Lifts
- Vehicles and vehicle components
- Packaging
- Personal protective equipment
- Food, cosmetics, clothing and other consumer goods
- Chemical products and certain construction materials
A product may fall under several Technical Regulations simultaneously. An electrical machine, for example, may have to comply with requirements concerning machinery safety, low‑voltage equipment and electromagnetic compatibility. Explosion‑protected versions may be subject to additional provisions.
EAC Certificate or EAC Declaration?
The two most important forms of conformity evidence are the EAC certificate and the EAC declaration.
EAC certificate: In the certification procedure, an accredited certification body assesses conformity. Depending on the certification scheme, product tests, an analysis of the technical documentation and an audit of the production facility may be required.
An EAC certificate is often required for products with a higher risk potential. These may include certain machines, pressure equipment, Ex equipment, electrical devices or personal protective equipment.
EAC declaration: In the declaration procedure, the applicant declares, on the basis of the prescribed evidence, that the product complies with the applicable requirements. Test reports and technical documents remain essential. A declaration is therefore neither informal nor purely administrative.
The applicable Technical Regulation and product classification determine which form is required. Manufacturers cannot freely choose between a certificate and a declaration.
EAC Certificate and EAC Declaration Compared
Criterion | EAC certificate | EAC declaration |
|---|---|---|
Responsibility for assessment | An accredited certification body conducts and is responsible for the certification procedure | The applicant declares conformity and bears primary responsibility for the supporting evidence |
Registration | By the responsible certification body | By the applicant in accordance with the applicable registration procedure |
Basis of evidence | Generally, reports from an approved or accredited laboratory, depending on the selected scheme | The applicant's own evidence or laboratory reports, depending on the regulation and declaration scheme |
Production audit | Required for many series‑production procedures | Generally no audit by a certification body unless required by the scheme |
Ongoing surveillance | Frequently includes surveillance inspections for multi‑year series certification | No regular surveillance inspection by a certification body |
Document form | Registered certificate in the prescribed uniform format | Registered declaration of conformity |
Selection | Prescribed by the Technical Regulation and product category | Prescribed by the Technical Regulation and product category |
Practical rule: A declaration is not automatically easier. If reliable test reports, technical documents or a suitable applicant are unavailable, a declaration project can also involve considerable work.
Legal Basis: What Actually Applies?
EAC conformity assessment is based on the law of the Eurasian Economic Union. Several levels must be distinguished in practical projects:
- Treaty on the Eurasian Economic Union of 29 May 2014
- Technical Regulations of the Customs Union and the EAEU - TR CU and TR EAEU
- Uniform forms and registration rules for certificates and declarations
- Typical or model conformity assessment schemes
- Lists of standards relating to the individual Technical Regulations
- Decision No. 711 of 15 July 2011 concerning the uniform EAC marking
- Decision No. 620 of 7 April 2011 for products that remain subject to conformity assessment under uniform, nationally influenced forms
- National provisions where no harmonised EAEU regulation applies or additional national obligations exist
The frequently cited Decision No. 620 is not the sole legal basis for every EAC certification. Once a relevant Technical Regulation has entered into force, the product scope, form of evidence and procedure are governed primarily by that regulation and its annexes. A professional assessment therefore examines not only lists and customs codes, but the product's complete legal context.
What Information Does an EAC Certificate Contain?
A properly registered certificate typically contains:
- Registration number and status
- Applied Technical Regulations
- Details of the certification body
- Manufacturer's name and addresses of the production sites
- Applicant or authorised representative
- Clear product designation, types, models or series
- TN VED or customs tariff codes
- Indication of series production, batch or single product
- Test reports and other supporting evidence
- Additional information and, where applicable, references to annexes
- Date of issue and expiry date
- Names and signatures of the responsible persons
The registered product scope is particularly prone to error. Generic collective terms, incomplete model lists or differing manufacturer addresses may mean that a specific shipment is not clearly covered by the certificate.
The Authorised Representative in the EAEU Member States
A manufacturer that is not established in the Eurasian Economic Union generally requires an authorised applicant established in an EAEU member state. This contractual party is named in the conformity document and assumes defined obligations towards authorities and market‑surveillance bodies.
Selection should not be based solely on the lowest price. In particular, the following should be assessed:
- Registered office and actual availability
- Contractually defined responsibilities
- Release and availability of approval documentation
- Handling of changes to the product, manufacturer or supply chain
- Support in market surveillance and official enquiries
- Term and termination of the representation agreement
An unclear applicant structure can make it more difficult to change importers, use the certificate or respond to official enquiries at a later stage.
EAC Certification Step by Step
- Define the products clearly: Models, variants, assemblies and accessories are defined first. Product families should only be grouped together where their technical function, design, safety characteristics and applicable regulations permit this.
- Determine the customs tariff code and Technical Regulations: The TN VED or HS classification is compared with the technical product description. All applicable Technical Regulations and possible additional national requirements are then identified.
- Determine the form of evidence and certification scheme: Different schemes apply to series production, batches or single products, depending on the product, delivery form and regulation. The scheme determines testing, audit obligations and validity, among other things.
- Appoint the applicant or contractual representative: Before registration, a legally suitable applicant within the EAEU must be appointed. The contractual relationship should match the intended distribution model.
- Prepare the technical documentation: The documentation must be complete, consistent and available in the required language. Product names, models, manufacturer details and technical data must match in the application, test report, operating manual, nameplate and contract.
- Conduct product tests and, where applicable, an audit: Depending on the procedure, samples are selected, imported and tested in an accredited laboratory. Certain series approvals may also require a production audit.
- Register the certificate or declaration: Following a successful assessment, the EAC certificate is issued or the EAC declaration is registered. Entry in the relevant register is an essential element of the conformity evidence.
- Organise EAC marking and series surveillance: Only then should the marking and accompanying documents be finalised. Certificates valid for several years may require regular surveillance inspections. Changes to the design, components, production site or standards must be assessed.
Certification Schemes 1c to 9c
The certification scheme determines how conformity is demonstrated. Not every Technical Regulation uses every scheme, and detailed requirements may differ. The following overview is therefore intended as guidance:
Scheme | Typical application | Product testing | Production assessment | Surveillance |
|---|---|---|---|---|
1c | Series production | Testing of representative samples | Production analysis or audit | Sample testing and/or production control |
2c | Series production with a certified management system | Sample testing | Assessment of the certified management system | Sample testing and monitoring of the management system |
3c | Defined batch | Testing of samples from the batch | Not required | Not required |
4c | Single product | Testing of each individual product | Not required | Not required |
5c | Series product for which testing the finished sample is insufficient | Examination of the project or design | Production analysis | Recurring surveillance according to the scheme |
6c | As for 5c, combined with a certified management system | Examination of the project or design | Assessment of the management system | Recurring surveillance according to the scheme |
7c | Complex series‑produced products | Type examination or design assessment | Production analysis | Testing and/or production control |
8c | Complex series‑produced products with a management system | Type examination or design assessment | Assessment of the management system | Testing and monitoring of the management system |
9c | Limited quantities of complex products for EAEU companies | Assessment of technical documentation | Depending on the regulation | Depending on the regulation |
German texts frequently use an upper‑case C. The official schemes generally use a lower‑case Latin c.
Declaration Schemes 1d to 6d
EAC declaration also follows defined schemes. In simplified form, they can be distinguished as follows:
Scheme | Form of supply | Typical basis of evidence |
|---|---|---|
1d | Series production | Applicant's own evidence and production control |
2d | Batch or single product | Applicant's own evidence for the specific scope of supply |
3d | Series production | Testing in an accredited laboratory plus production control |
4d | Batch or single product | Testing in an accredited laboratory |
5d | Series production | Type examination and production control |
6d | Series production | Testing plus certified management system |
The specific regulation determines which scheme is permissible and whether the applicant's own evidence is sufficient. A scheme must not be selected solely on the basis of cost or desired speed.
Series Approval, Batch or Single Product?
Question | Series approval | Batch approval | Single product |
|---|---|---|---|
Suitable for | Recurring deliveries of the same product families | One‑off, contractually defined quantity | A clearly identified product or project item |
Validity | Limited term, frequently up to five years depending on the regulation | Limited to the registered batch and delivery documents | Limited to the registered individual product |
Production audit | Regularly required depending on the scheme | Usually not required | Usually not required |
Surveillance inspection | Required for many multi‑year certificates | Generally not required | Generally not required |
Scope of evidence | Product family and production conditions | Models, quantities and contract must correspond | Serial number and technical identity are particularly important |
Strategic advantage | Flexible for ongoing distribution | Reduced scope for a one‑off delivery | Suitable for special‑purpose installations and one‑off projects |
For large projects, batch or single‑product approval is not automatically the best solution. Spare parts, subsequent deliveries, revision levels and later extensions must be considered during project planning.
Which Documents Are Required?
The exact scope depends on the product and procedure. The following documents are typically required:
- Product description and technical data sheet
- Customs tariff code and model overview
- Design drawings and circuit diagrams
- Risk assessment or safety analysis
- Technical passport
- Operating and installation instructions
- Nameplates and proposed markings
- Bills of materials and information about safety‑relevant components
- Existing test reports and certificates
- Quality management evidence
- Commercial contract, invoice or delivery documents for batches and single products
- Agreement with the authorised applicant
EU Declarations of Conformity, CE marking and tests to European standards may support the technical assessment. They do not, however, automatically replace the EAC conformity assessment.
Document Matrix for Machinery and Industrial Installations
Document | Purpose | Typical error |
|---|---|---|
Product and model list | Defines the certification scope | Sales names do not match the nameplates |
Operating instructions | Safe use, installation, maintenance and residual risks | Missing Russian version or incomplete safety information |
Technical passport | Identity, key data, acceptance and lifecycle information | Confused with an EU data sheet |
Safety analysis | Systematic evidence of risk control | The CE risk assessment is submitted without adaptation |
Drawings and circuit diagrams | Technical identification and basis for testing | Variants and options cannot be traced |
Test reports | Objective evidence against requirements and methods | Product, model, laboratory or test method does not match the application |
Nameplate | Links the product to the documents and register | Manufacturer's name, model or technical values differ |
Agreement with the applicant | Establishes representation and responsibilities | Term or product scope is unclear |
Product Samples and Laboratory Tests
Sample testing is a controlled part of the procedure. The certification body determines which models and how many specimens are representative. Samples sent independently without a documented selection process may be unsuitable as evidence.
The following points must be clarified before shipment:
- Who documents the sample selection
- Which models represent the technically most demanding or worst‑case configuration
- Whether testing is destructive
- How samples will be imported for customs purposes
- Which serial numbers will appear in the reports
- Whether accessories, power supplies, controllers or software versions will be tested as well
- How remaining samples will be stored, returned or disposed of
A test report is reliable only if the product identity, applied test methods, results, laboratory status and relationship to the specific procedure can be traced.
Production Audit: What Is Assessed?
For series approval, the certification body may assess production conditions on site. Typical audit areas include:
- Responsibilities and quality organisation
- Incoming goods and supplier control
- Manufacturing and testing processes
- Monitoring of measuring and test equipment
- Traceability of components and products
- Handling of nonconformities and complaints
- Final inspection and release
- Storage, packaging and labelling
- Conformity of the series product with the tested sample
An ISO 9001 certificate may be relevant but does not automatically replace the product‑specific production analysis. The decisive factor is the scheme stipulated in the Technical Regulation.
Surveillance Inspections and Maintenance of Certification
Depending on the regulation and scheme, multi‑year EAC certificates for series‑produced products are subject to regular surveillance inspections. These may comprise document review, sample testing, production control or a combination of these measures.
Manufacturers should define the following at the start of the project:
- Who monitors the annual deadlines
- Who bears the costs and travel expenses
- How current samples will be provided
- Which product changes must be reported in advance
- How a change of production site will be handled
- What consequences a change of applicant will have
If the surveillance inspection is not conducted or material nonconformities are not remedied, the certificate may be suspended or terminated. The register status is therefore more important than a stored PDF or paper copy.
Checking a Certificate in the Register: A 10‑Point Checklist
Before a shipment, do more than search for the registration number. Check the following:
- Is the status active and not suspended or terminated?
- Are the issue and expiry dates correct?
- Is the actual manufacturer stated correctly?
- Is the correct production site recorded?
- Does the applicant correspond to the delivery and contractual structure?
- Are the product, model and series clearly included?
- Do the customs tariff code and Technical Regulations match?
- Do annexes and model lists cover the specific delivery?
- Are the test reports and certification body plausible?
- Have all required surveillance inspections been carried out?
Warning signs include extremely short procedures without samples or document review, certificates with highly generic product descriptions, test reports that cannot be verified, missing annexes and inconsistent manufacturer details.
Important Technical Regulations for Industrial Products
Frequently relevant provisions include:
- TR CU 004/2011 - Safety of low‑voltage equipment
- TR CU 010/2011 - Safety of machinery and equipment
- TR CU 012/2011 - Safety of equipment for use in potentially explosive atmospheres
- TR CU 020/2011 - Electromagnetic compatibility of technical equipment
- TR CU 032/2013 - Safety of pressure equipment
- TR EAEU 037/2016 - Restriction of hazardous substances in electrical and electronic products
This list is not exhaustive. Depending on the product, additional technical, sanitary, fire‑safety or national requirements may apply.
Typical Combinations of Technical Regulations
- Industrial machine with electrical equipment - often TR CU 010/2011, TR CU 004/2011 and TR CU 020/2011
- Electronic device - often TR CU 004/2011, TR CU 020/2011 and, where applicable, TR EAEU 037/2016
- Pressurised machine - TR CU 010/2011 plus possible application of TR CU 032/2013
- Ex machine - TR CU 010/2011 plus TR CU 012/2011 and, where applicable, further electrical regulations
- Vehicle component - product‑specific classification under vehicle regulations and UN Regulations
These examples do not constitute an automatic classification. Thresholds, exemptions, installed condition and intended use may change the outcome.
What Is Changing in 2026?
- Technical regulation is becoming more digital: The Eurasian Economic Commission is advancing digital technical regulation. Its aim is to improve access to safety requirements and conformity procedures and to strengthen the interconnection of technical data. For companies, this means that inconsistencies between register entries, test reports, product documentation and labelling will become easier to detect.
- Standards and regulations are updated continuously: In May 2026, the procedure for developing and adopting lists of standards relating to EAEU regulations was revised. Manufacturers should therefore examine not only the Technical Regulation, but also the current list of standards and the applicable transitional periods.
- New sector‑specific requirements are emerging: TR EAEU 053/2026, for example, introduced a new Technical Regulation for paints and varnishes. This demonstrates that regulatory coverage continues to evolve. Up‑to‑date case‑by‑case assessment is particularly important for chemicals, coatings, fire‑safety products, machinery and vehicle technology.
- Traceability is gaining importance: The EAEU is working to link conformity registers, digital marking and market surveillance. Companies should therefore manage product data centrally and document changes. A certificate must not be extended to products that are not technically covered by its registered scope.
- Export control remains a separate approval process: Extensive restrictive measures and export prohibitions apply to EU companies, particularly in business involving Russia. Goods, technology, services, recipients and end uses may be affected. Deliveries to other EAEU countries also require assessment of potential circumvention risks. Before every shipment, the goods classification, sanctions lists, end use, contractual partners and payment channel should be checked against current requirements.
Cost and Duration of EAC Certification
Flat‑rate prices are of limited value without a technical assessment. Costs are influenced mainly by:
- Number of products, models and variants
- Applicable Technical Regulations
- Certificate or declaration
- Series, batch or single‑product approval
- Number and type of product tests
- Required test samples and their logistics
- Production audit and surveillance inspections
- Scope and quality of the available documentation
- Translation workload
- Validity period and applicant model
A straightforward declaration project with complete documentation can be implemented significantly faster than a multi‑year series approval involving several regulations, laboratory tests and a production audit. For reliable scheduling, manufacturers should also allow time for classification, sample logistics, technical queries and corrections.
Common Errors in EAC Projects
- Certification is initiated only shortly before shipment
- The customs tariff code is incorrect or has not been verified
- Not all applicable Technical Regulations are considered
- Models are combined in one certificate without technical justification
- Product designations differ between documents and nameplates
- CE documentation is treated as complete EAC evidence
- Russian operating instructions or the technical passport are missing
- Test samples are shipped without an agreed process
- The applicant and distribution model do not match
- Product changes are not assessed during the validity period
- Surveillance inspections are missed
- Export control and sanctions screening are confused with the EAC assessment
Practical Example: EAC Project for a Modular Production Line
A German manufacturer supplies a production line consisting of a base machine, control cabinet, compressed‑air system, pumps, sensors and optional modules to Kazakhstan. Blanket certification under the designation “production line” would be risky.
A structured approach would be as follows:
- Divide the scope of supply into machinery, independent components, spare parts and assemblies
- Document the technical function and interfaces of each module
- Assess TR CU 010/2011, TR CU 004/2011, TR CU 020/2011 and the possible application of TR CU 032/2013
- Decide which components are covered by the overall conformity evidence and which require separate evidence
- Select a series, batch or single‑product procedure based on project planning and expected subsequent deliveries
- Prepare consistent safety analysis, technical passport, operating instructions, model list and nameplates
- Agree the sample and test concept with the certification body and laboratory
- Define the spare‑parts and change‑management process for the period after commissioning
The benefit of this approach goes beyond initial approval. It prevents later extensions, spare‑part deliveries or modified components from falling outside the registered scope.
Project Planning: A Realistic Time Frame
Reliable planning distinguishes the actual processing time from lead times:
- One to two weeks for data collection and technical classification of manageable products
- Additional time to translate and prepare missing technical documents
- Several weeks for sample logistics and laboratory tests
- Additional lead time for the production audit, travel planning and visas where required
- Correction cycles in the event of noncompliant test results or unclear model definitions
- Registration and final verification of the information
Simple procedures may be completed more quickly. Complex installations, Ex products, pressure equipment or large model families frequently require significantly more time. A fixed commitment without reviewing the technical data is therefore not a reliable project plan.
EAC Checklist for Manufacturers and Exporters
Before starting the project:
- Define the product scope and variants
- Document technical function and intended use
- Validate the customs tariff code
- Determine the regulations and form of conformity evidence
- Assess export‑control requirements separately
Before submitting the application:
- Appoint an applicant in the EAEU
- Check the technical documentation for completeness
- Standardise product names and model lists
- Prepare the marking and nameplate
- Coordinate the test concept and sample shipment
Before delivery:
- Verify the register entry and validity
- Compare the product scope with the certificate or declaration
- Affix the EAC marking correctly
- Provide accompanying documents in Russian
- Document shipment, customs and export‑control approval
During the validity period:
- Assess product changes
- Schedule surveillance inspections
- Archive test reports and correspondence
- Monitor the validity of the certificate, applicant agreement and regulations
Conclusion: EAC Certification as Part of the Market‑Entry Strategy
Despite political, legal and logistical challenges, the EAEU market remains economically relevant in 2026. Approximately 186 million consumers, growing intra‑Union trade volumes and a broad industrial base create opportunities for specialised manufacturers. At the same time, product conformity, register data and supply chains are being monitored more closely.
Successful companies therefore treat EAC certification not as the purchase of a document, but as a structured market‑access project. Correct product classification, reliable technical evidence, a suitable applicant model and a clear distinction between EAC conformity and export control are decisive.
AC Inorms supports manufacturers and exporters with product assessment, selection of the applicable Technical Regulations, EAC certification, EAC declaration, technical documentation, translation, labelling and the organisation of audits. Based on your product documentation, you receive a project‑specific assessment of the procedure, workload and evidence required.
Editorial Sources and Status
Eurasian Economic Commission - Technical Regulation: https://eec.eaeunion.org/en/comission/direction/texnreg/, EAEU - Key figures and population: https://www.eaeunion.org/, Eurasian Economic Commission - Economic development in 2025 and 2026 forecast: https://eec.eaeunion.org/en/news/podvedeny‑itogi‑sotsialno‑ekonomicheskogo‑razvitiya‑stran‑eaes‑v‑2025‑godu/, Eurasian Economic Commission - Results of the 2025 Strategy: https://eec.eaeunion.org/en/news/podvedeny‑rezultaty‑realizatsii‑strategii‑2025/, Eurasian Economic Commission - Digitalisation of technical regulation: https://eec.eaeunion.org/en/news/tekhnicheskoe‑regulirovanie‑v‑ramkakh‑eaes‑stanovitsya‑tsifrovym/, Eurasian Economic Commission - New procedure for standards lists in 2026: https://eec.eaeunion.org/en/news/poryadok‑razrabotki‑i‑prinyatiya‑perechney‑standartov‑obespechivayushchikh‑realizatsiyu‑tekhreglamen/, Eurasian Economic Commission - TR EAEU 053/2026 for paints and varnishes: https://eec.eaeunion.org/en/news/proizvodstvo‑lakokrasochnykh‑materialov‑pereydet‑na‑novye‑pravila/, EUR‑Lex - EU restrictive measures in response to Russia's invasion of Ukraine: https://eur‑lex.europa.eu/EN/legal‑content/summary/eu‑restrictive‑measures‑in‑view‑of‑russia‑s‑invasion‑of‑ukraine.html.
Note: This article is intended for general information only and does not replace a legal, customs or export‑control assessment of an individual case. Technical Regulations, standards lists, transitional periods and sanctions provisions are subject to change.
EAC certificates and declarations of conformity are generally valid in Armenia, Belarus, Kazakhstan, Kyrgyzstan and Russia, provided they have been duly issued or registered under the applicable EAEU Technical Regulations.
No. CE and EAC are based on different legal frameworks. Existing CE documentation and test reports may be used if they are accepted for the specific EAC conformity assessment procedure and provide sufficient evidence.
The validity period depends on the applicable Technical Regulation, certification scheme and type of supply. Certificates for serial production may remain valid for several years. Batch and single‑product approvals apply only to the registered shipment or product scope.
Foreign manufacturers generally require an applicant established in the EAEU. This may be an importer or a contractually authorised representative, for example.
Goods subject to mandatory EAC conformity assessment should not be shipped without a coordinated certification and customs clearance strategy. Special procedures may apply to test samples.
No. EAC conformity confirms product safety under EAEU law. Export restrictions, licensing requirements, sanctions, end use and recipients must be assessed separately.
