In healthcare environments, fire doors are expected to perform under often demanding conditions. From busy acute hospitals to care settings operating 24/7, doors are subjected to constant use, repeated impact and significant operational pressure. Here, Tony Pell, Product Manager at JELD-WEN, examines the impact this use and damage can have on the performance of fire doorsets, and how building managers can safeguard healthcare settings through inspection and maintenance.
Despite their critical role in passive fire protection, fire doors are often viewed as static building components that only attract attention when inspections identify a fault or a compliance issue arises. In reality, fire door performance can deteriorate gradually over time, with seemingly minor damage potentially compromising the integrity of the entire doorset.
For healthcare estates teams tasked with balancing patient safety, accessibility and operational continuity, maintaining fire door performance is an increasingly important challenge.
The operational realities
While commercial environments have a reputation for high levels of door traffic, it is the type of traffic in healthcare buildings that places additional strain on fire doorsets. Beds, wheelchairs, trolleys and medical equipment are moved continuously through corridors and wards, while doors are opened and closed countless times around the clock.
One common cause of damage is repeated impact from wheeled equipment. Beds, hoists and trolleys can chip or crack door edges, damage frames, break or wear away seals, and loosen ironmongery over time. While this damage may initially appear cosmetic, even relatively small defects can affect how the door sits within the frame and whether it closes correctly.
On busy wards, where doors may frequently be forced open, allowed to slam or manually wedged open for accessibility, significant strain can be placed on hardware and self-closing devices. Over time, this can prevent doors from fully closing or latching correctly. Where doors need to remain open, compliant hold-open devices linked to the fire alarm provide not only a safer alternative but also ensure the fire doorset performs as intended in the event of a fire, allowing doors to close automatically when required.
Wear to seals is another common issue in high-traffic environments. Intumescent and smoke seals, designed to expand under heat and prevent the spread of smoke, can become detached, damaged or worn through frequent use, cleaning processes or accidental impact. If these seals are no longer intact, the door’s ability to restrict the spread of smoke and fire will be significantly reduced.
Keeping patients safe
In healthcare settings, where phased and progressive evacuation strategies are often relied on to protect vulnerable occupants, the role of fire doorsets becomes especially important. Effective compartmentation can buy valuable time for patients who may not be able to self-evacuate, helping to contain fire and smoke while staff implement evacuation procedures.
If doors fail to close properly, gaps around the frame become excessive, or seals are damaged, the effectiveness of compartmentation will be reduced. In healthcare settings, where vulnerable occupants and complex evacuation procedures are involved, this can have serious consequences.
At the same time, estates teams must balance fire safety requirements with accessibility, infection control and the practical realities of busy clinical environments. Many of the behaviours that contribute to fire door deterioration are the by-product of fast-paced environments where, in this instance, patient care understandably takes priority.
Because of this, healthcare estates teams must take a proactive approach to fire door management, considering how doors are functioning within the realities of day-to-day building use and whether existing maintenance strategies properly reflect operational demands.
Why preventative maintenance matters
Too often, fire door maintenance remains reactive, with repairs only taking place once significant defects have been identified. But by this stage, the performance of the doorset will already have been compromised.
Routine inspections can help estates teams identify early signs of wear before problems escalate. This includes checking for damaged seals, excessive gaps, failed closers, loose hinges, glazing defects and signs of impact damage around the frame or leaf. High-traffic or high-risk areas may also require more frequent inspection schedules due to the increased operational pressures placed on doorsets.
Documentation is equally important. Maintaining accurate inspection and maintenance records help demonstrate due diligence while supporting wider fire safety strategies across healthcare estates.
Beyond identifying defects, repairs and modifications must be carried out in line with manufacturer guidance. Fire doorsets are certified systems, so unauthorised alterations or incompatible replacement hardware will affect their tested performance. If in any doubt, estates teams must refer back to original specifications, which are often available through labels or digital pins on the doorset itself.
Designing for durability and easier maintenance
For many healthcare estates teams, the challenge is not just identifying damaged doors, but managing maintenance efficiently across estates containing hundreds of fire doorsets.
That means decisions made at the specification stage can have a long-term impact on both the performance of the doorset and the ability of estates teams to carry out essential maintenance quickly and effectively.
With demands placed on durability, traceability and long-term performance in high-traffic environments, manufacturers are responding with complete doorset systems designed to support easier inspection, maintenance and lifecycle management. Features such as factory-fitted components, enhanced durability options and digital data systems are helping estates teams manage compliance more efficiently while reducing the risk of inappropriate repairs or incompatible replacement hardware.
To support ongoing maintenance, JELD-WEN Certifire certified fire doorsets are installed with data pin technology. This allows users to access certification details, installation guidance, inspection records and maintenance information digitally via NFC tags. For healthcare teams, this easier access to fire door information can help simplify inspections, support record-keeping, and provide greater confidence that doorsets continue to perform as intended throughout their lifecycle.
In high-traffic healthcare environments, durability also becomes a key consideration. Doorsets, when correctly specified, are designed to better withstand repeated impact and operational wear can help reduce recurring maintenance issues while supporting safer, more resilient buildings over the long term.
An ongoing responsibility
Fire door safety is not achieved at the point of installation alone. Maintaining performance requires ongoing attention throughout the life of the building, particularly in high-traffic healthcare environments.
Small defects may appear insignificant in isolation, but over time, they can have serious implications for compartmentation and occupant safety. For healthcare estates professionals, ensuring fire doors remain fit for purpose is not just a compliance issue. It’s an essential part of protecting vulnerable occupants, supporting staff and maintaining resilient healthcare environments where safety systems can be relied upon when they are needed most.