Specify the chemistry.
Share cleaners, disinfectants and process substances with their concentrations, temperatures and contact times. Check manufacturer resistance data for the proposed assembly, including the protective finish.
Production · Packaging · Process support
Pharmaceutical Flooring in Vancouver, BC
Built around the process.
Detailed for daily cleaning.
Priority One Epoxy Flooring installs epoxy and urethane-cement systems for pharmaceutical production, compounding and packaging areas. We review the room schedule, cleaning chemistry, concrete and shutdown window before proposing the flooring build.
Compare the flooring systems
Process exposure
Cleaning agents, chemicals, temperature and traffic
Critical details
Coves, joints, thresholds and permitted drain interfaces
Planned handover
Cure, inspection and facility release considered together
Pharmaceutical production and facility upgrades
Start with the room. Specify the exposure.
A pharmaceutical resin floor is a complete assembly: preparation, primer, resin body, wear surface and the details connecting it to the room.
Priority One plans pharmaceutical epoxy flooring and urethane-cement systems around production, manufacturing compounding, packaging and process-support uses. The room schedule, cleaning procedures, chemical list and existing concrete guide the recommendation.
Bring the facility, engineering and quality teams into the review early. Agree the performance requirements, physical sample, installation scope and handover criteria before scheduling the work.
- The operating brief
- Room use, cleaning and process exposure
- The flooring assembly
- Named layers and coordinated details
- The handover
- Cure, inspection and release requirements
Define the work by area
One facility. Different flooring conditions.
Identify each room's process, traffic and maintenance requirements. Dry packaging, compounding and wet-service areas can require different resin builds within the same facility.
01 / PROCESS ROOMS
Production & manufacturing compounding
Review the substances handled, cleaning frequency, equipment and floor-to-wall interfaces. The selected assembly should address the actual exposure and approved room specification.
Define early: chemical concentrations, contact time, temperature, equipment bases and penetrations.
02 / DRY OPERATIONS
Packaging & material-handling areas
Cart routes, pallet movement and repeated turns concentrate wear at doors and transfer points. Assess the wheel types, loads, slab condition and cleaning method when selecting an epoxy build.
Define early: rolling loads, transitions, joints, texture and the timetable for equipment return.
03 / WET-SERVICE EXPOSURE
Washdown & utility rooms
Water, hot cleaning, thermal cycling and process chemistry change the flooring brief. A urethane-cement assembly may suit the exposure where its manufacturer supports the required conditions.
Define early: wash temperature, cleaning chemicals, permitted drains, falls and cove details.
04 / PRODUCTION SUPPORT
Staging, transfer & support routes
Support areas connect operations, people and materials. Coordinate thresholds, door clearances, adjoining finishes and access so the installation sequence fits the facility's operating plan.
Define early: room boundaries, access restrictions, cleaning and any classified-space requirements.
Epoxy, broadcast resin and urethane cement
Compare the system. Confirm the complete build.
The recommendation follows the exposure, substrate and required finish. The written scope should identify the products, installed thickness, aggregate and protective finish for each area.
| System direction | Where to consider it | What to confirm |
|---|---|---|
| High-build or self-levelling epoxy | Suitable dry production, packaging and support rooms needing a continuous resin finish. | Chemical compatibility, traffic, moisture limits, thickness, topcoat and the required surface texture. |
| Quartz-broadcast resin | Selected process or support areas needing an aggregate-reinforced build and a defined texture. | Aggregate, sealing coats, cleaning method, rolling traffic and the balance between traction and cleanability. |
| Urethane-cement assembly | Selected wet-service, thermally stressed or higher-abuse areas. | Temperature and chemical exposure, required thickness, substrate condition, coves and manufacturer detailing. |
Specify the surface.
Agree a sample or mock-up for colour, sheen and texture. Review it with the cleaning team and against the room specification before the finish is approved.
Classified-room and electrical-resistance requirements need their own performance criteria. See our cleanroom flooring service for projects with those requirements.
Have a room schedule, specification or chemical list? Start there.
Discuss Your Flooring ScopeGMP premises and cleanable interfaces
A cleanable surface. Details that belong to the room.
Health Canada's GMP guide for drug products addresses premises that support effective cleaning and contamination control. The flooring assembly and its interfaces form part of that facility design.
At the floor-to-wall junction.
Agree the cove height, radius, material and upper termination in the approved detail. Coordinate the floor and wall finishes so the interface can be maintained and cleaned.
At drains and thresholds.
Where drains are permitted by the room design, coordinate falls, drain interfaces and resin terminations. Resolve door clearances, adjoining finishes and any waterproofing requirement.
At joints and penetrations.
Review movement joints, cracks, equipment bases and service penetrations. The installation detail must address the movement and exposure at each interface.
The owner's quality and consultant teams set the governing performance, qualification and release criteria. Flooring selection and installation support those requirements; a coating label alone does not establish facility GMP compliance.
The assembly starts with the substrate
Review the concrete. Define the installation.
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Survey and agree the scope.
Review existing coatings, contamination history, moisture-testing requirements, cracks and joints. Establish repair limits, removal needs, samples and required project records.
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Prepare and complete the details.
Mechanically profile suitable concrete to the selected manufacturer's requirements. Complete the agreed repairs and interfaces, maintaining movement joints and coordinating the cove and termination details.
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Install and inspect.
Apply the specified layers under suitable conditions. Complete the agreed inspections and provide the included installation, maintenance and return-to-use information.
Facility work windows and handover
Plan the shutdown. Define each release milestone.
Coating cure, equipment return, first cleaning and facility release can follow different timetables.
Review work separation, material routes, ventilation, neighbouring operations and the complete installation sequence with the facility team. Repairs, layer intervals and actual site conditions all affect the available work window.
Phasing or faster-curing products may suit some projects. The proposed assembly and facility requirements determine when each activity can resume.
Agree the work boundary.
Confirm room access, facility decontamination requirements, equipment movement, isolation and the controls needed around adjacent operations.
Control the sequence.
Plan preparation, dust control, ventilation, application conditions and cure restrictions. Coordinate with other trades and protect completed areas.
Complete the handover.
Confirm permitted traffic, equipment loads, cleaning start and outstanding restrictions. Coordinate the facility team's inspection, qualification and release activities.
Procurement and documentation
What does pharmaceutical flooring cost? Build the quote around the scope.
Area is one part of the price. Room count, concrete condition, cove perimeter, process exposure, access windows and documentation requirements also shape the work.
Substrate & preparation
Coating removal, profiling, moisture assessment, agreed repairs and treatment of contaminated or unsuitable areas.
Assembly & interfaces
Named products, thickness, texture, protective finish, cove lengths, joints, thresholds and permitted drain details.
Work phases & access
Room closures, isolation, equipment access, ventilation, off-hours work and the number of mobilizations.
Inspection & closeout
Agree required records before award: product data, application records, specified tests, inspections, care instructions and applicable warranty terms.
Before approving the flooring scope
Pharmaceutical flooring questions. Clearer specification decisions.
Use the process, room schedule and maintenance requirements to establish what the assembly needs to do.
Is epoxy or urethane cement better for pharmaceutical flooring?
Both can be suitable. Epoxy assemblies may suit dry production, packaging and support areas. Urethane cement may suit particular wet, thermally stressed or higher-abuse areas. The exact chemistry, temperature, substrate, texture and cleaning procedure determine the recommendation.
Does a GMP-labelled floor make a facility compliant?
GMP requirements cover the premises and operating systems together. The complete floor assembly, interfaces, cleaning compatibility and installation must be assessed against the approved facility specification. The owner's quality and consultant teams establish the applicable qualification and release requirements.
How are chemical and disinfectant resistance checked?
Review the actual substances, concentrations, temperatures, contact times and cleaning methods against the proposed manufacturer's resistance data. Some exposures need additional review or testing. A general chemical-resistance claim does not establish compatibility with every cleaning or process substance.
What cove height should the specification use?
The approved room and wall details should establish the cove height, radius, material, thickness and upper termination. Review equipment, cleaning access and adjoining surfaces before pricing the perimeter. Include internal corners, external corners and terminations in the scope.
Can an existing pharmaceutical floor be recoated?
Potentially, after checking the existing material, adhesion, chemical history, moisture and substrate condition. Poorly bonded or incompatible material requires removal. The preparation and new assembly must be supported by the selected manufacturer's requirements.
Can the work be phased around active production?
Some facilities allow separated work zones or shutdown phases. Feasibility depends on the facility's isolation and contamination-control requirements, layout, ventilation and product cure. Establish the permitted work boundaries and release milestones before choosing the sequence.
What if the project includes classified rooms or ESD requirements?
Share the room classification, finish schedule and any electrical-resistance criteria. These introduce additional design and acceptance requirements, including which physical details are permitted. Review the specialized scope through our cleanroom flooring service .
Richmond-based · Metro Vancouver and BC
Production facilities. Specialist rooms considered separately.
Priority One serves Vancouver, Richmond, Burnaby, Surrey, Coquitlam and surrounding Metro Vancouver communities, with selected facility projects elsewhere in British Columbia.
Use the related service when your project centres on a laboratory, classified space, retail pharmacy or broader industrial operation.
Explore our service areasStart with the facility brief
Your process. Your requirements. A clearly defined flooring scope.
Send the room schedule, current floor photos and available work window. We'll review the requirements and arrange the next assessment step.