Dark Walnut
Light Beige
A hospital campus never has a convenient week. Clinics run, staff shifts hand over, and the corridors that a crew would want to stage material in are the same corridors that patients, gurneys and food carts move through. That constraint shapes healthcare resurfacing far more than the surfaces themselves do.
What makes healthcare different from a corporate office is that two separate rulebooks apply at once, and they are not the same rulebook. One is the life safety code, which decides what class of interior finish is permitted in a given space. The other is infection prevention, which decides how work can be carried out next to people who are receiving care. A finish can satisfy the first and still be refused under the second, and a working method can satisfy the second while putting the wrong class of material on a corridor wall.
AdventHealth's offices in Orlando, Florida were a project shaped by both. Office doors, casework and ceiling beams were refinished while the offices stayed in normal daily use.
Resurface Wraps refinished the office doors, casework and ceiling beams at AdventHealth in Orlando in dark walnut and light beige architectural film, working around occupied office hours so that daily operations continued without interruption and without closing the space.
| Property | AdventHealth offices, Orlando, Orange County, Florida |
|---|---|
| Scope | Office doors, casework, ceiling beams |
| Finishes | Dark walnut, light beige |
| Cost saving vs replacement | $150,000, this project measured against its own replacement scope |
| Time saved | 3 to 4 months |
| Closure required | None |
One point of scope honesty, because it matters for anyone reading this to plan their own project. The AdventHealth work described here was carried out in office areas, not in patient care areas, operating suites or sterile processing. Office space inside a healthcare organization is a materially easier environment than an inpatient unit, and a case study that blurred the two would be telling you something useful about the wrong building. The code and infection control material below explains where those lines fall, precisely so you can work out which side of them your own project sits on.
Interior finish class in a healthcare setting is set by the occupancy classification of the specific space under NFPA 101, the Life Safety Code, and a single campus commonly contains three different occupancy classifications at once. An inpatient tower, an ambulatory surgery suite and an administrative office building can sit within a few hundred feet of each other and be governed by three different chapters of the same code.
NFPA 101 separates medical facilities into health care occupancies, ambulatory health care occupancies and business occupancies, and there are two separate tests rather than one. A health care occupancy is the inpatient case: a building or portion of one used on a 24 hour basis to house or treat four or more people who are mostly incapable of self preservation, including because of security measures not under their own control. An ambulatory health care occupancy is the outpatient case: four or more patients treated simultaneously where the treatment, or the anesthesia administered, renders those patients incapable of taking action for self preservation without the assistance of others. A medical facility is a business occupancy where it treats fewer than four such patients at a time, or where its outpatients remain capable of self preservation regardless of how many are present. One exception worth knowing: a Medicare certified ambulatory surgical center is classified as an ambulatory health care occupancy regardless of the number of patients served, under 42 CFR 416.44. Final interpretation of these boundaries rests with the authority having jurisdiction, and it is worth settling before finishes are specified rather than after.
The finish requirements that follow from that classification are genuinely different:
| Space | NFPA 101 section | Wall and ceiling interior finish |
|---|---|---|
| New health care occupancy | 18.3.3 | Class A throughout. Class A or B permitted in individual rooms of not more than four person capacity, and on corridor wall finish restricted to the lower half of the wall not exceeding 48 in. Sprinkler reduction under 10.2.8.1 applies. |
| Existing health care occupancy | 19.3.3 | Class A or Class B throughout. Sprinkler reduction under 10.2.8.1 applies. |
| New ambulatory health care occupancy | 20.3.3, which refers to 38.3.3 | Class A or B in exits and exit access corridors, Class A, B or C elsewhere |
| Existing ambulatory health care occupancy | 21.3.3, which refers to 39.3.3 | Class A or B in exits and exit access corridors, Class A, B or C elsewhere |
| Business occupancy, including most medical office buildings | 38.3.3 new, 39.3.3 existing | Class A or B in exits and exit access corridors, Class A, B or C elsewhere |
Note that the requirement reaches exits as well as exit access corridors. A stair enclosure is an exit, so the Class A or B floor applies there and Class C does not.
Read the first row carefully, because it is the one that catches people in two directions at once. The relaxation to Class B on a corridor wall in a new health care occupancy applies only to the lower half of the wall up to 48 inches, and it is defined by height on a wall, so it does not reach a ceiling. On its face that leaves a patient corridor wall at 60 inches, and the ceiling above it, requiring Class A, while a film that is entirely acceptable on an administrative office wall in the same organization would not qualify. In practice, though, NFPA 101 10.2.8.1 permits Class B interior wall and ceiling finish, other than textile materials, in any location where Class A is required, where the space is protected by automatic sprinklers, and new health care occupancies are required to be sprinklered throughout. Most new hospital construction therefore lands on a Class B floor rather than a Class A one. Do not treat that as automatic. Confirm with your authority having jurisdiction that the sprinkler reduction is being accepted on your project, in the sprinkler condition your space is actually in, before specifying to it.
Class A is a flame spread index of 0 to 25 and Class B is 26 to 75, and both also require a smoke developed index of 0 to 450, all determined by ASTM E84 or ANSI/UL 723. That second half matters for this product category specifically, because a flame spread number on its own does not establish a class and a vinyl material can pass flame spread while failing smoke. We set out how those classes are established, and what a certificate does and does not prove, in our article on whether architectural film is Class A fire rated.
Two caveats that a specifier should not skip. Edition matters: the Centers for Medicare and Medicaid Services enforces the 2012 edition of NFPA 101 as a condition of participation, while state licensure survey material and local adoption may reference a later edition, so confirm the edition your authority having jurisdiction has actually adopted rather than assuming the newest one. And a flame spread result describes a material in its end use configuration, meaning the film on the actual substrate with the actual adhesive. A number achieved on one substrate is not a number for another.
The most common way an architectural film fails in a healthcare building is not fire code and not adhesion, it is the disinfectant. 3M's technical data sheet for DI-NOC Architectural Finishes, revision T of June 2024, instructs users to clean with mild detergent, water and a soft cloth or sponge without abrasives, to spot clean difficult stains with 70 percent isopropyl alcohol and 30 percent water, and states plainly: do not use ammonia, chlorine, strong organic based cleaning products, polishing or cleaning compounds, hard bristle brushes or electric polishing equipment. The same document warns against strong solvents or detergents that are highly alkaline above pH 11 or highly acidic below pH 3.
Now set that against how healthcare environmental services actually clean. The CDC's environmental infection control guidance for healthcare facilities states that the recommended approach for Clostridioides difficile is meticulous cleaning followed by disinfection using EPA registered products specific for inactivating C. difficile spores as appropriate, and directs facilities to EPA List K. Sodium hypochlorite products are widely used for that purpose, and sodium hypochlorite is chlorine, which the data sheet excludes.
One correction to a claim that installers, including installers selling this service, tend to overstate. List K is not a bleach list. It registers hydrogen peroxide, peracetic acid and hypochlorous acid chemistries alongside sodium hypochlorite, and the CDC's clinical guidance calls for a sporicidal agent from List K rather than naming bleach. A facility that has standardized on a chlorine product has made a protocol choice, not followed a CDC instruction to use chlorine. That is worth knowing in both directions: the protocol is sometimes more negotiable than the surface is, and an alternative chemistry still has to clear the same data sheet, which excludes strong organic based products and anything below pH 3 or above pH 11.
That conflict is not a reason to avoid film in healthcare buildings. It is a reason to decide where film goes by asking one question first: what does environmental services actually wipe this surface with, how often, and under what protocol? Administrative offices, conference rooms, back of house corridors, executive suites and non clinical casework are typically cleaned with detergent, which is exactly what the data sheet asks for. A patient room, an isolation room, a bathroom or any surface on a high touch disinfection round is a different conversation, and the honest answer there is often a different product or a different surface treatment altogether.
Two things follow. First, get the answer in writing from the infection prevention team, not from the design team, because the two do not always hold the same picture of the cleaning schedule. Second, confirm the current manufacturer data sheet at the time of your project rather than trusting a figure quoted on a website, this one included. Cleaning instructions and chemical exclusions are revised, and revision T is not the last revision that will ever exist.
An infection control risk assessment, commonly called an ICRA, governs how construction, renovation and maintenance work is carried out in a healthcare facility. ASHE, the American Society for Health Care Engineering, published ICRA 2.0 in April 2022, with minor edits in June 2022, and it remains the current version of the tool. ASHE convened the multidisciplinary team that produced it in July 2020. The requirement to perform one does not come from the ASHE guide itself, which is a process tool rather than a mandate. It comes from the facility's own infection prevention policy and its accreditation requirements, and facilities generally apply it to any construction, renovation or maintenance activity that generates dust or disturbs water or ventilation systems. Ask the facility which trigger it applies rather than assuming your scope falls below it.
The practical significance of that for a resurfacing crew is scope of dust generation. Applying architectural film to an existing sound substrate is a low dust operation compared to demolishing and replacing casework, because nothing is cut out, broken up or carried through the building as debris. That is a real operational advantage and it is why work of this kind can often proceed in occupied areas that a replacement project could not.
It is not a claim that resurfacing is exempt from an ICRA, and no contractor should tell you it is. The facility's infection prevention team determines the class of precaution by assessing the activity against the risk group of the patients in and adjacent to the work area, using the ICRA matrix in the ASHE guide. Prep work matters here as much as the film: surface cleaning, degreasing, any localized sanding or repair of a damaged substrate, and edge trimming all produce something, and the assessment covers the whole activity rather than the headline task. Ask the facility for the completed ICRA and the required precautions before mobilizing, and build the barriers, negative pressure or after hours scheduling it specifies into the schedule and the price rather than discovering them on day one.
Life safety runs alongside infection control and is a separate obligation. NFPA 101 permits a building to be occupied during construction only where required means of egress and required fire protection features are in place and continuously maintained for the occupied portion, or where alternative life safety measures acceptable to the authority having jurisdiction are in place, at section 4.6.10.1. In practice that is what drives interim life safety measures during work in an occupied healthcare building. A resurfacing job that blocks a corridor with material, props a cross corridor door or stages a lift in an exit access has created a life safety deficiency regardless of how little dust it made.
Ceiling beams were the hardest part of the AdventHealth scope, for three reasons that compound.
The code reason is that a ceiling is interior finish in exactly the same sense a wall is, and in a health care occupancy the corridor relaxation to Class B does not reach it, because the relaxation is defined by height on a wall. Anyone treating a ceiling element as decorative trim outside the interior finish conversation has made an error that a life safety surveyor will find.
The access reason is that overhead work in an occupied office needs a footprint. A lift or a scaffold occupies floor area, and floor area in an office in daily use belongs to desks and to the route people walk to reach them. On this project that meant working in short sections with the workspace handed back at the end of each shift rather than establishing one long term work zone, which is slower per square foot and is the price of not closing anything.
The material reason is that beams are made of outside corners and returns, and outside corners are where film shows its quality first. A beam soffit and two faces read as one continuous element from the floor, so grain direction, seam placement and corner tension have to be decided as a convention for the whole run before the first section is applied. Setting that convention costs an afternoon. Discovering it is wrong after a whole run of beams is a re-do, and in an occupied building a re-do costs twice, because the disruption is paid for twice.
The same discipline applies to casework and millwork, where existing edge banding, reveals and hardware decide where a seam can legitimately land, and to architectural ceilings generally.
Florida licensed hospitals sit under a state plan review requirement that surprises people who have only worked in commercial buildings. Florida Administrative Code rule 59A-3.080, Plans Submission and Fee Requirements, states that no construction work, including demolition, shall be started until prior written approval has been given by the Agency for Health Care Administration's Office of Plans and Construction, and it defines the covered work broadly, as any and all additions, modifications, renovations, or refurbishment of the site, building, equipment or systems of all existing facilities. The rule, last amended 12 May 2016, contains no general carve out for cosmetic or finish only work. Rule 59A-3.080 sits in Chapter 59A-3, Hospital Licensure, so it governs licensed hospitals. Ambulatory surgical centers and nursing homes are covered by separate rules in Chapters 59A-5 and 59A-4, and an administrative office outside the licensed footprint may not be covered by any of them.
What that means for a specific project depends on facts we cannot decide for you: whether the space is inside the licensed facility footprint, what AHCA's Office of Plans and Construction advises for the scope in front of you, and what the local building department requires separately. The wrong assumption to make is that a finish change is automatically outside the process because no wall is moving. Ask AHCA and your local building official in writing before mobilizing, and confirm the current rule text and any subsequent amendment rather than relying on this page.
The $150,000 at AdventHealth is the difference between refinishing the existing doors, casework and ceiling beams and replacing them. Replacement is not one line item. It is new door slabs with hardware transferred or replaced and fire rated openings re-evaluated, new casework fabricated to fit an existing rough opening that is never quite what the drawings say, beam enclosures rebuilt, demolition, disposal, freight, and the labor to install all of it inside a building that stays open.
The 3 to 4 months is lead time and disruption rather than installation time. Casework is fabricated to order, doors are ordered to a schedule, and in a healthcare building the replacement path adds review steps that the refinishing path does not, because more of it is construction. Resurfacing removes the fabrication queue, because nothing is manufactured off site and nothing arrives on a truck to be carried through a working corridor.
One honest caveat on both figures. We are not aware of a published independent benchmark comparing healthcare casework replacement cost and downtime against refinishing, and the comparisons circulating in vendor material are vendor claims. The $150,000 and the 3 to 4 months are this project's numbers, measured against this project's replacement scope, in this building, in office areas. Treat them as a worked example of the shape of the saving rather than as a rate card. A different building, a different substrate condition, a stricter ICRA class or a patient care location will produce different numbers, which is why we scope before we price. Indicative ranges and their assumptions are on our casework and millwork and commercial door wrap pages.
Resurfacing is the wrong answer whenever the substrate is the actual problem. Water damaged gypsum, delaminating veneer, corroded metal, casework with failed carcass joints and doors that no longer close and latch are not finish problems. Film over any of them buys a short reprieve and then fails visibly, and in a healthcare building a visibly failing surface is worse than the dated one it replaced.
Resurfacing is also the wrong answer where the cleaning protocol will destroy it. If environmental services disinfects that surface with a chlorine based product on a routine round, the manufacturer's own instructions exclude the chemistry, and specifying it anyway is buying a maintenance complaint. A finish selected for a corridor that is bleach wiped daily should be selected for that duty, not adapted to it.
Two further limits worth stating plainly. A labeled fire door is never a default yes: a rated opening receives film only under a listing covering that specific door construction with that specific product, which we set out in detail in the Best Western Spokane door program. And elevator hoistway entrance assemblies at a landing are labeled rated assemblies and are treated the same way, while the inside of an elevator car is governed by ASME A17.1 rather than by the building interior finish table, which we cover in the DHL Plantation elevator and interior program.
Resurfacing is the right answer in the much more common case that describes most healthcare administrative and back of house space: sound substrates, working hardware, a detergent cleaning protocol, and a finish palette specified fifteen years ago that now dates the whole department. For how this applies across a healthcare portfolio, see our healthcare solutions page, or send us a floor plan and we will scope it.