An EPD for a fire door is an Environmental Product Declaration: a standardised document that quantifies the environmental impact of a product across its full life cycle, from raw material extraction through production, use, and end of life. It is not a sustainability award or a green label. An EPD is an information document, verified by an independent third party, that allows architects and specifiers to compare products on a like-for-like environmental basis. The sections below answer the most common questions architects ask when EPDs appear in a project specification or BREEAM assessment.<\/p>\n
A fire door EPD contains quantified environmental impact data across a set of standardised life cycle stages, expressed in internationally recognised indicators such as global warming potential (GWP), ozone depletion potential, acidification, and resource consumption. The document follows the EN 15804 standard and is structured so that every EPD in the same product category can be compared directly.<\/p>\n
In practical terms, an EPD for a fire door will typically include:<\/p>\n
The EPD does not tell you which door to choose. It gives you the data you need to make that choice in an informed and documentable way. For architects working on projects that require environmental reporting, this distinction matters: the EPD supplies the input data; the project’s assessment tool (BREEAM, LEED, or a national equivalent) applies the scoring logic.<\/p>\n
Contact us<\/a>\n <\/div>\n<\/div>\n An EPD proves that the manufacturer has measured and disclosed the environmental impact of their product in a verified, standardised format. It proves transparency and methodological rigour. What it does not prove is that the product is environmentally superior to alternatives, or that it meets any particular sustainability threshold.<\/p>\n This is a critical distinction for specification work. An EPD is a declaration, not a judgement. Two fire doors can each have a valid EPD while showing very different GWP figures \u2014 and the EPD itself makes no recommendation about which is preferable. That evaluation belongs to the project team, guided by the environmental assessment framework in use.<\/p>\n What an EPD also does not prove is fire performance. Fire resistance classification \u2014 whether a door carries EI1 60, EI2 60, or EW 60 \u2014 is governed by EN 13501-2 and established through fire resistance testing under EN 1634-1. These are entirely separate systems. A door can have an EPD without a fire resistance classification, and a fire door can carry a full CE declaration of performance without an EPD. For a fire-rated industrial door specified in a commercial or industrial project, you need both: fire performance documentation and, increasingly, an EPD for environmental compliance.<\/p>\n It is also worth noting that fire resistance classification (EN 13501-2) is distinct from the reaction-to-fire classification of materials (EN 13501-1). Fire resistance describes how long a closed door withholds fire \u2014 expressed as EW or EI1 or EI2 followed by a time in minutes. Reaction to fire describes how a material itself behaves when it catches fire. These are separate systems; for industrial fire doors, fire resistance per EN 13501-2 is the relevant classification.<\/p>\n Architects are increasingly required to include EPDs in specifications because environmental performance has moved from voluntary best practice into contractual and regulatory territory. BREEAM and LEED assessments award credits for specifying products with verified EPDs, and many clients \u2014 particularly in the public sector, healthcare, and logistics \u2014 now include EPD requirements directly in their programme of requirements.<\/p>\n In the Netherlands, the MPG (Milieuprestatie Gebouwen) calculation is mandatory for new residential buildings above a certain threshold, and EPD data feeds directly into that calculation. For commercial and industrial buildings, the regulatory pressure is increasing in the same direction. Specifying a product without an EPD in an MPG-relevant project creates a documentation gap that can delay permitting or require substitution at a late stage.<\/p>\n Beyond regulation, there is a professional liability dimension. An architect who specifies a product without available EPD data on a project where EPDs are contractually required has a documentation problem, not just a sustainability one. Sourcing products from manufacturers who publish their EPDs openly and at the specification stage eliminates that risk. Metacon-Next’s approach<\/a> to documentation reflects exactly this logic: EPDs are available for most product lines and published openly, so specifiers do not need to request them separately or wait until after order placement.<\/p>\n An EPD for a fire door differs from one for a standard door primarily in material composition and mass. Fire-rated doors contain additional components that standard doors do not: intumescent seals, fire-resistant glazing, heavier steel profiles, and in some configurations, additional insulation layers. These materials affect the environmental impact figures, particularly global warming potential and resource consumption, because they add mass and require energy-intensive manufacturing processes.<\/p>\n The life cycle stage boundaries and the EPD structure itself follow the same EN 15804 methodology for both door types. The difference is in the declared unit and the input data behind it. A fire door EPD must accurately reflect the full bill of materials for the fire-rated configuration \u2014 not a stripped-down version of the product. If a manufacturer offers multiple fire resistance classes (for example, EI1 60, EI2 60, or EW 60), each class may have a separate EPD or a declared unit that covers the full range, depending on how the product is constructed.<\/p>\n For architects, this means that an EPD from a standard door manufacturer cannot be applied to a fire door specification, even if the outer appearance is similar. The fire door EPD must correspond to the actual certified product being specified, including its fire resistance classification and configuration.<\/p>\n An EPD should be requested at the product selection stage, before the specification is finalised. If EPD data is needed for an MPG calculation, a BREEAM assessment, or a contractual environmental requirement, the EPD must be available before the product is locked into the design. Requesting it after order placement creates unnecessary risk, particularly if the manufacturer cannot supply one.<\/p>\n In practice, the right moment is when you are evaluating which fire door manufacturer to include in your specification. If a manufacturer cannot provide an EPD at that stage \u2014 or makes it conditional on a commercial relationship \u2014 that is relevant information for your decision. Manufacturers who publish EPDs openly on their website allow you to verify availability and download the document without any interaction, which supports faster specification work and cleaner audit trails.<\/p>\n For projects where the EPD feeds into an MPG or BREEAM calculation, the EPD version and its declared unit must also match the product as actually supplied. If the door dimensions or configuration change between specification and delivery, confirm that the EPD still applies to the delivered product.<\/p>\n Contact us<\/a>\n <\/div>\n<\/div>\n An EPD and a CE declaration of performance (DoP) are two entirely separate documents that address different aspects of a fire door’s compliance. The CE declaration of performance proves that the door meets the essential requirements of the Construction Products Regulation (CPR) \u2014 including its fire resistance classification \u2014 and is mandatory for placing the product on the European market. An EPD addresses environmental impact and is not required by the CPR, though it is increasingly required by project specifications and assessment frameworks.<\/p>\n The DoP declares the fire door’s performance against the characteristics specified in the relevant harmonised standards. For an industrial fire door, two CE-marking standards apply simultaneously: EN 13241, which covers industrial, commercial, and garage doors generally, and EN 16034, which covers fire-resistant and smoke control closing elements. Both are mandatory for a fire-rated industrial door \u2014 they are not interchangeable and neither replaces the other. The fire resistance classification (for example, EI1 60 or EW 60) is established through testing under EN 1634-1 and classified per EN 13501-2. The DoP also declares other performance characteristics such as air permeability, wind resistance, and thermal transmittance. It is the document that justifies CE marking and must accompany the product.<\/p>\n The EPD covers the environmental performance of the same product, quantified across its life cycle. It does not address fire resistance, structural performance, or regulatory compliance in the building code sense. It is verified independently and follows EN 15804, but it sits outside the CPR framework entirely.<\/p>\n For a fire door specification to be complete, both documents are needed: the DoP confirms the door is legally compliant and performs as classified; the EPD provides the environmental data required for sustainability assessments and, in some jurisdictions, mandatory calculations. Metacon-Next’s fire-rated industrial doors<\/a> are supplied with both CE documentation and EPDs for most product lines, so architects can close a specification file without chasing documentation from multiple sources.<\/p>\n If you are specifying fire-rated industrial doors for a production hall, logistics centre, or healthcare complex and need to confirm documentation availability before committing to a product, contact Metacon-Next directly<\/a> or request a quotation<\/a> with your project requirements. All certificates, classification reports, and EPDs are published openly \u2014 available before any commercial conversation begins.<\/p>\n","protected":false},"excerpt":{"rendered":" Understand what a fire door EPD proves, what it doesn’t, and why architects increasingly can’t specify without one.<\/p>\n","protected":false},"author":12,"featured_media":27742,"template":"","categories":[],"tags":[],"class_list":["post-27414","knowledge-base","type-knowledge-base","status-publish","has-post-thumbnail","hentry"],"yoast_head":"\nWhat does an EPD prove \u2014 and what doesn’t it prove?<\/h2>\n
Why are architects increasingly required to include EPDs in specifications?<\/h2>\n
How does an EPD for a fire door differ from one for a standard door?<\/h2>\n
When should an EPD be requested in the design process?<\/h2>\n
What’s the difference between an EPD and a CE declaration of performance for a fire door?<\/h2>\n
What the CE declaration of performance covers<\/h3>\n
What the EPD covers<\/h3>\n