When exporting hardware structural components to the EU, the certification list is not a static table but the result of a three-step deduction process: “Product Category → Applicable Regulations → Assessment Pathway.” The core requirement is the CE mark (based on applicable directives/regulations), supplemented by RoHS/REACH environmental compliance; load-bearing components require the additional EN 1090 certification. Errors or omissions can lead to goods being detained upon arrival.
This article outlines the certification lists and assessment methods for exporting hardware structural components to the EU based on product type.
I.
Core Market Access: CE Marking Based on Product Classification
The CE mark covers 31 categories of directives and regulations. Hardware structural components fall into three categories based on their intended use: Construction-related components (door locks, hinges, fasteners, curtain wall accessories, etc.) fall under the Construction Products Regulation (CPR, EU 305/2011); products with harmonized standards (such as EN 1090 or EN 1935 for hinges) must undergo assessment according to those standards and issue a Declaration of Performance. Machinery-related components (machine tool parts, conveyor line components, etc.) fall under the Machinery Directive 2006/42/EC—note that the new Machinery Regulation (EU) 2023/1230, which imposes stricter requirements, becomes mandatory on January 20, 2027. Consumer-use components are subject to regulations such as the General Product Safety Regulation.
Even ordinary door locks, hinges, or fasteners without electronic components must undergo compliance assessment if they fall into the aforementioned categories.
II. Load-bearing Components: EN 1090 is a “Mandatory Requirement”
Permanent load-bearing steel and aluminum structural components (such as steel beams, columns, structural assemblies, and embedded parts) must undergo EN 1090 system certification in addition to general CE marking requirements. This involves Factory Production Control (FPC) audits by a Notified Body and adherence to welding standards EN 1090-2/3 (covering welder qualification per EN ISO 9606-1, welding coordination per EN ISO 14731, and welding procedure qualification per EN ISO 15614), with the certification scope aligned to the specific Execution Class (EXC1–4).
This represents a major investment for exporting structural components to the EU;
the process takes 6–12 months, so advance planning is essential.
III. Environmental Compliance: RoHS and REACH
RoHS: Hardware components used in electrical and electronic equipment must comply with limits for 10 restricted substances (lead, mercury, cadmium, hexavalent chromium, PBB, PBDE, and four types of phthalates). REACH: Products containing Substances of Very High Concern (SVHC)—currently 253 items on the candidate list—at concentrations exceeding 0.1% trigger notification obligations; volumes exceeding 1 tonne per year require SCIP notification.
Customers generally require RoHS/REACH test reports and Declarations of Conformity for hardware exported to the EU; these are “cross-category” environmental compliance requirements.
IV.
Additional Requirements: Fire Safety, EPD, and Others
Hardware intended for fire safety applications (e.g., fire door hardware, fire-resistant components) must be tested according to EN 1634-1 and classified under EN 13501-2 (E/EI ratings). Tenders for green building projects may require an Environmental Product Declaration (EPD). Specific products may also trigger requirements such as ATEX (for explosive atmospheres) or the Pressure Equipment Directive (PED).
It is advisable to verify requirements item-by-item based on customer orders and end-use applications to avoid unnecessary costs from “over-certification” or customs clearance issues caused by “missing certifications.”
V. Assessment Method: A Three-Step Process to Determine Your Certification Checklist
Step 1: Identify the product category (e.g., construction, machinery, consumer goods, or load-bearing components) → Step 2: Locate applicable directives and harmonized standards within the EU regulatory framework (Notified Bodies can be verified via the NANDO database) → Step 3: Determine the conformity assessment route (approximately 90% of standard products, such as stainless steel items, qualify for self-declaration, whereas high-risk or directive-mandated products require the involvement of a Notified Body) → Based on this, plan for testing, the compilation of technical documentation (to be retained for at least 10 years), the Declaration of Conformity, and CE marking.
Industry experts warn against two common pitfalls: attempting to use another party’s certificate as one’s own and prioritizing cheap CE reports. Certification is tied to the specific product;
clearly identifying your requirements is the essential first step toward successful market entry.
