OEM Stainless Steel Fire Door for Medical Cleanroom and Hospital Applications
Product Summary
Medical Cleanroom Stainless Steel Fire Door Stainless Steel Fire Door for Medical Cleanroom and Hospital Applications This medical cleanroom stainless steel fire door concept is designed for hospital corridors, operating theatres, isolation rooms and pharmaceutical cleanrooms. It brings together ...
Product Custom Attributes
OEM Stainless Steel Fire Door
,Steel Fire Door for Medical Cleanroom
Product Description
This medical cleanroom stainless steel fire door concept is designed for hospital corridors, operating theatres, isolation rooms and pharmaceutical cleanrooms. It brings together certified fire resistance, hygienic stainless surfaces and cleanroom sealing, so the door is part of both fire and contamination-control strategies.
| Door Type | Manual swing stainless steel fire door, single or double leaf |
|---|---|
| Leaf Material | 304 or 316 stainless steel skins over fire-rated core, smooth and non-porous |
| Core Type | Fire-rated honeycomb, mineral wool or composite core sized for rating and stiffness |
| Frame Material | Stainless steel or coated steel profiles designed for cleanroom wall interfaces |
| Door Thickness | Typically around 45 mm (about 1-3/4"), project-specific for fire and hygiene requirements |
| Fire Rating | Project-based, commonly 60 or 90 minutes for medical corridors and rooms |
| Sealing System | Perimeter gaskets and threshold details configured for cleanroom pressure control |
| Observation Window | Optional fire-rated vision panel with flush, sealed frame and hygiene-compatible glazing |
| Hardware | Fire-rated hinges, closers, locksets and optional hands-free or access-control hardware |
| Typical Application | Operating theatres, clean corridors, isolation rooms, labs and pharmaceutical cleanrooms |
The leaf uses stainless steel skins bonded to a fire-rated core, with perimeter edges formed or welded to prevent moisture ingress and core exposure. Frames are detailed to sit flush with cleanroom wall panels or hospital finishes, keeping joints simple, continuous and easy to wipe.
Gaskets and threshold components are chosen for cleanroom use, helping control leakage while allowing frequent door operation by clinical staff. The sealing system is balanced against pressure cascade requirements and fire-resistance constraints.
- Collect requirements from hospital engineering, infection-control and fire safety teams.
- Define fire rating, cleanroom class and pressure strategy for each door opening.
- Select stainless steel grade, core type and frame profiles best suited to both fire and hygiene.
- Fabricate leaves and frames to tested dimensions, with smooth, deburred edges.
- Install cores, skins, seals and hardware reinforcements according to certified details.
- Perform functional and visual checks for operation, sealing and surface quality before shipment.
Fire doors in clean corridors serving theatres, balancing fire ratings with clean surfaces and pressure control.
Doors at isolation rooms and ICUs requiring both compartmentation and hygienic sealing for pressure and infection-control schemes.
Entrances to pharmaceutical cleanrooms and support areas where fire separation and clean surfaces are both mandatory.
- Install frames according to certified fire door details and cleanroom wall interfaces.
- Control clearances and hinge positions to match tested assemblies and pressure design.
- Coordinate door installation with corridor airflow, pressure cascades and wall finishes.
- Inspect seals, hardware and surfaces at intervals set by hospital or plant procedures.
- Clean surfaces using approved biocides and disinfectants that match material selections.
- Replace gaskets and wear parts with certified components, recording actions for audit and safety records.
They offer fire resistance and hygienic surfaces compatible with cleaning and disinfection protocols.
Ratings around 60–90 minutes are common for medical corridors and rooms, depending on design and regulations.
Perimeter gaskets and threshold details are configured to control leakage and support pressure cascades.
304 for most hospital and lab environments, 316 for more corrosive pharmaceutical or specialty cleanrooms.
Yes, using fire-rated glazing and frames tested with the assembly, and within certified size limits.
Fire-rated hinges, closers and locksets compatible with cleanroom and hospital safety needs.
Installation must follow fire door and cleanroom wall details, keeping joints flush and cleanable.
Regular inspection of seals, hardware and surfaces, with documented repairs using certified parts.
Yes. Retrofit frames and leaves can upgrade fire and hygiene performance without full reconstruction.
Fire test reports, classification, material and cleaning data, installation guides and maintenance recommendations.
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