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Metador Ltd,
Britannia House,
John Boyle Road,
Middlesbrough,
TS6 6TY
Contact
Find Us
Metador Ltd,
Britannia House,
John Boyle Road,
Middlesbrough,
TS6 6TY
Looking for fire rated internal doors that combine proven fire performance with durability and real-world reliability?
Metador’s internal steel doorsets are designed to support compartmentation, protect escape routes, and perform in demanding environments — from busy hospitals and schools to plant rooms, commercial buildings and data centres.
Our internal fire rated doors are supplied as complete doorsets and are independently fire tested to BS EN 1634-1:2014+A1:2018, achieving fire resistance ratings of E30, E60, and E120 (integrity only) depending on configuration.
Each doorset is made-to-measure and configured with hardware, glazing and louvre options in line with test evidence, giving you flexibility without compromising performance.
Fire doors play a vital role in any building’s fire safety strategy. When correctly specified, installed and maintained, they:
In practice, they are one of the most important passive fire protection measures within a building.
Not all fire doors are the same — the right choice depends on your building layout, fire strategy and risk profile.
Let’s take a look at the categories which originate from strict British (BS) and European (EN) testing standards highlighted in the official GOV regulations.
Our E30 steel fire doors provide 30 minutes of fire resistance, making them ideal for low- to moderate-risk internal environments, such as:
Designed for medium-risk internal applications, our E60 steel fire doors deliver 60 minutes of fire resistance.
Commonly used in:
In these buildings, higher foot traffic, complex layouts, and longer evacuation times demand added protection and reliability in the event of a fire.
Providing up to 120 minutes of internal fire protection, our E120 steel fire doors are ideal for sectors and spaces where extended fire resistance is essential:
The correct fire rating is determined by your fire strategy and risk assessment, not simply by building type.
Choosing Metador means choosing peace of mind, superior security, guaranteed compliance, and exceptional UK-made quality. Our fire rated internal doors are designed to seamlessly complement your fire strategy and building design.
Contact our experts today and find the perfect internal fire door configuration for your project.
Share your drawings, door specifications, or basic requirements, and we’ll provide a clear, project-specific proposal.
Metador internal steel doors are built for environments where performance matters every day:
The result is a doorset designed not just to pass a test — but to perform reliably over its lifetime.
Fire rated internal doors are used to divide the building into separate fire compartments within which the fire can be contained, stopping the spread to other parts of the structure. Our internal steel fire doors provide high levels of safety by slowing the spread of fire and buying the critical time needed to evacuate premises effectively.
In practice, that means:
Timber internal fire doors (often E30 or E60) are widely used, particularly in domestic and lighter-duty settings. For more demanding environments, steel internal fire doors are often selected because they:
A fire rated internal door is a complete doorset tested to resist fire for a defined period, helping to contain fire and protect escape routes
Metador internal doorsets achieve E30, E60, and E120 ratings, depending on the configuration and test evidence.
They are typically required as part of a building’s compartmentation and escape strategy, based on fire risk assessment and building regulations.
Yes. Acoustic configurations are available depending on project requirements, making them suitable for offices, schools, healthcare and other environments where noise control is important.
DDA-compliant thresholds and ironmongery options are available, allowing you to meet accessibility requirements while maintaining tested fire performance.
Yes — both are available, along with additional configurations where supported by test evidence.
