Healthcare construction in Florida is a major market — hospitals, medical office buildings, emergency departments, specialty clinics, and ASCs represent a consistent volume of construction activity driven by the state's growing and aging population. Healthcare glazing is also the most technically demanding glazing scope in commercial construction. Here's what GCs building Florida healthcare projects need to know before they select their glazing sub.
Fire-Rated Assemblies: The Core Technical Requirement
Healthcare facilities in Florida are governed by NFPA 101 (Life Safety Code) and the FGI Guidelines for Design and Construction of Hospitals. Both documents establish fire-rated separation requirements that appear throughout the building — corridor separations, smoke compartment boundaries, hazardous area enclosures, vertical exit enclosures, and rated walls between building occupancy types.
The rated separation requirements in healthcare occupancies create a significant fire-rated glazing scope. Every glazed opening in a rated wall — vision lites in corridor doors, sidelites at nurse stations, interior windows at clinical offices — must be in a rated assembly that matches the wall rating. Unlike fire-rated walls that are simply solid construction, fire-rated glazing assemblies involve glass, frame, and anchorage components that must be tested and listed as a complete assembly.
The current standard for fire-rated glazing in healthcare — one that eliminates the safety concerns around traditional wired glass — is TGP (Technical Glass Products) fire-rated glass. ACG installs two TGP systems on healthcare projects:
SuperLite II-XL: A clear, transparent fire-rated glass with radiant heat protection, available up to a 2-hour fire rating. SuperLite II-XL is the system for corridor separations, nurse station windows, and smoke compartment openings where maintaining visual transparency is important for patient monitoring and staff sight lines. The radiant heat protection means the glass both resists flame spread and limits the radiant heat transfer through the glazed opening during a fire event — meeting the more stringent NFPA 101 requirements for healthcare occupancies.
SuperLite I: Available up to a 3-hour fire rating, for the highest-rated separations in the building. SuperLite I is the appropriate system for exit stairwell enclosures and other assemblies requiring ratings beyond the 2-hour maximum of SuperLite II-XL.
Critical installation note: TGP fire-rated systems must be installed as a complete, tested assembly — glass, frame, glazing compound, and anchorage — exactly as they were tested. Substituting any component, including the frame manufacturer or the glazing compound type, voids the listing. ACG installs the complete TGP system assembly, not just the glass, and maintains the installation documentation required for inspection and closeout.
Infection Control During Construction
ICRA (Infection Control Risk Assessment) protocols are standard on hospital construction and renovation projects. The glazing scope intersects with ICRA requirements in several ways that a healthcare-experienced glazing sub understands and a non-healthcare sub typically does not.
Temporary barrier construction at the glazing scope interface — managing the transition between completed and in-progress glazing areas to maintain required ICRA containment — is a scheduling and execution consideration. Debris management during storefront and curtainwall installation must comply with the project's ICRA plan. In renovation projects where glazing work is being performed adjacent to occupied clinical areas, the glazing crew's work practices must meet the contamination control requirements set by the facility's infection control officer.
ACG's healthcare project experience means these requirements are understood before the work starts — not discovered during the pre-installation planning meeting with the facility's IC team.
Occupied-Facility Scheduling
Most healthcare glazing work happens in or adjacent to operating facilities. Emergency departments don't close for renovations. Medical office buildings stay occupied while their facades are being reclad. Hospital corridors remain in service while the adjacent wall systems are being modified.
The scheduling implications of occupied healthcare facilities are significant for the glazing scope. Work windows are often restricted — no cutting or grinding during patient procedures, limited access during certain shifts, phased installation sequences that maintain egress at all times. Security requirements mean contractor access is credentialed and monitored. Patient safety considerations mean certain glazing products (broken glass management, temporary protection after demolition before new glazing installation) require specific handling protocols.
ACG's AI-managed scheduling system builds these constraints into the installation sequence from the project start. Installation phases are modeled against the facility's operational calendar — not added as notes after the schedule is built.
Exterior Glazing: Impact and Performance
Healthcare facilities in Florida are Risk Category III buildings under ASCE 7, which means their wind load design requires higher multipliers than standard commercial buildings. A hospital in Palm Beach County that a standard commercial building calculates at 150 mph basic wind speed would use a 1.15 multiplier to 172 mph for the hospital's structural design. The exterior glazing must comply with these higher loads.
This has practical implications for product selection. Standard impact-rated products certified for 150 mph basic wind speed may not have tested performance values that envelope the Risk Category III calculated pressures. The glazing sub must confirm that the proposed products have tested structural performance at pressure levels that meet the actual calculated loads for a Risk Category III building at the specific project location.
ACG verifies this calculation for every healthcare project. If the standard basis-of-design product doesn't have tested performance values that envelop the calculated loads, we identify the appropriate product specification modification during the bid phase — not during submittal review.
Automatic Entrances and ADA
Healthcare facilities are among the highest-traffic commercial entrances. The main entrance of a hospital emergency department or medical office building sees continuous high pedestrian volume under conditions (occupied patients, wheelchairs, gurneys, family members) that make automated entrance performance critical. Dorma and Besam automatic sliding entrance systems are the standard products ACG installs in healthcare — they're engineered for high-cycle performance, and they carry the emergency egress features required by Florida's building code for healthcare occupancy entrances.
ADA requirements for healthcare entrances are more stringent than standard commercial. The accessible route through the entrance must maintain the required clear width throughout the door opening cycle, and the door's operating timing must accommodate patients with mobility limitations. ACG verifies hardware programming against the project's ADA requirements during commissioning, not just during installation.
Interior Glass Partitions for Clinical Environments
Modern healthcare design increasingly uses interior glass partitions in administrative zones, clinical offices, and procedure planning areas — creating visual connectivity between spaces while maintaining acoustic separation. These are typically frameless or minimally-framed systems using tempered or laminated safety glass. In healthcare environments, the glass specification often adds requirements for ease of cleaning (flush surfaces, minimal frame profiles that don't collect contamination) and compatibility with the facility's surface disinfection protocols.
ACG has completed interior glass partition scopes at Ginsberg Eye Center, a highly design-conscious ophthalmology practice in South Florida where the interior glass design was integral to the facility's patient experience. The lesson from that project: interior glazing in clinical environments requires the same attention to technical specification as the exterior scope — the glass type, frame profile, and hardware specification all interact with the facility's clinical requirements.
What to Ask Your Healthcare Glazing Sub
Before awarding a glazing scope on a Florida healthcare project, ask these questions:
- Have you done a hospital project subject to NFPA 101 and FGI Guidelines? Can you name the project and the fire-rated assembly systems you installed?
- How do you handle ICRA protocol compliance during glazing installation?
- What's your experience with Risk Category III wind load calculations for healthcare buildings in Florida?
- Who will supervise the field installation — specifically the fire-rated assembly installation — and what are their qualifications?
ACG has direct answers to all of these questions from completed healthcare projects in Florida. Send us your plans and we'll confirm the scope fits our experience profile.