Cleanrooms · Gowning rooms · Controlled corridors

Cleanroom Epoxy Flooring in Vancouver & British Columbia

A continuous surface. Carefully resolved details.

Priority One Epoxy Flooring installs seamless resin floors for cleanrooms and controlled support areas. We plan the floor build, resin coves and transitions around your cleaning protocol, room specification, traffic and shutdown window, with ESD systems where required.

Explore the floor details
Personnel in protective clothing inside a controlled production facility
Controlled production setting Illustrative industry photograph
Surface
Match the resin finish to cleaning, exposure and traffic.
Interfaces
Coordinate coves, joints, thresholds and wall finishes.
Handover
Plan cure, cleaning and the facility's release requirements.

Cleanroom resin flooring, selected by room

From the room schedule
to the finished surface.

A cleanroom floor has to work with the room around it. We assess concrete floors in pharmaceutical, biotech, medical-device and other controlled facilities, then coordinate the resin assembly with the project's finish schedule and operating requirements.

Cleanrooms & controlled suites

Continuous resin finishes selected for cleaning, equipment movement and the material-performance evidence required by the project team.

Gowning rooms & airlocks

Coordinated coves, thresholds and changes in floor finish where personnel, materials and cleaning routines cross room boundaries.

Controlled corridors & staging

Floors planned around carts, turning wheels, cleaning equipment and adjoining room details, with surface texture selected for the actual exposure.

Cove base & floor interfaces

Resolve the junctions.
Simplify daily cleaning.

The floor-to-wall junction deserves the same attention as the main floor. Resin coves can create a rounded, cleanable transition when coordinated with the wall finish and the specified assembly.

Resin coves & wall terminations

Confirm cove height, radius, backing and the termination at wall panels or coatings. Include corners, door frames and equipment bases in the detail review.

Joints & thresholds

Identify moving joints, repairs and changes in floor finish. Retain required movement accommodation and coordinate joint materials with cleaning and service conditions.

Penetrations & permitted drains

Detail service penetrations and drain interfaces only where the room design permits them. Confirm these locations with the facility's design and quality teams before installation.

Illustrative resin floor and cove junction A curved resin cove connects a floor finish to a coordinated wall termination. The drawing illustrates the junction concept without specifying dimensions or a construction assembly. 01 02 03 Concrete substrate
Illustrative concept, not to scale. Dimensions, materials and joint details follow the approved project specification.

Performance supported by evidence

Specify the finish.
Confirm its suitability.

A smooth-looking floor is the starting point. Selection should connect the complete resin assembly to the room's cleaning methods, material requirements and acceptance criteria.

ISO 14644-1 addresses airborne particle classification. Flooring supports the facility; room classification and GMP qualification require the wider design, operation and verification process.

Cleaning & chemical compatibility

Identify the actual detergents, disinfectants and other exposures, including concentration, contact time and temperature. Review manufacturer compatibility data for the proposed finish.

Material & emissions documentation

Where particle-emission, outgassing or other material evidence is specified, identify the applicable reports for the proposed assembly. Confirm the evidence required with the facility team.

Defined acceptance & handover

Agree on finish review, required tests, cleaning instructions and the records included in the scope. Separate coating cure from the facility's cleaning, qualification and release activities.

Cleanroom epoxy & resin systems

Select the assembly
for the room's requirements.

The coating name alone does not define the finished floor. Slab condition, preparation, primer, resin body, finish and junction details need to work together.

System options to review during the site assessment
Candidate assembly Planning consideration Confirm before selection
High-build epoxy A sealed resin finish for appropriately prepared concrete in controlled rooms and support areas. Specified thickness, wear, cleaning compatibility, substrate moisture and the finish sample.
Self-smoothing resin A continuous resin body where the finish schedule calls for a smooth appearance and cleanability. Substrate flatness, loads, surface finish and project-specific material evidence.
Static-control resin Controlled areas with an explicit ESD requirement. Grounding, footwear compatibility and the agreed verification scope with the facility's ESD lead.
Textured wet-support assembly Permitted wet-service or utility areas with different traction and cleaning demands. Cleaning method, water and temperature exposure, drainage and the boundary with cleaner or drier rooms.

When static control drives the specification, review our ESD flooring installation scope. The cleanroom finish and electrical performance should be coordinated within the same project requirements.

Installation, shutdowns & pricing

A defined scope.
A coordinated shutdown.

Cleanroom flooring cost depends on the floor area, coating removal, slab repairs, moisture treatment, resin build, cove length, access and required documentation. Price the complete assembly alongside the operating plan.

  1. Review the room and substrate.

    Confirm room use, drawings, existing finishes, cracks, joints, contamination and moisture conditions. Identify the repairs and preparation included in the quotation.

  2. Agree on isolation and sequencing.

    Coordinate dust control, ventilation, equipment protection, access and work boundaries with the facility team. Phase rooms only where the layout and operating controls allow it.

  3. Install and plan the handover.

    Follow the selected assembly's application and cure requirements. Confirm when foot traffic, equipment, cleaning and facility release can take place.

Cleanroom flooring questions

Clear answers
before work begins.

What makes an epoxy floor suitable for a cleanroom?

Suitability depends on the complete assembly and the room specification. Review the finish, cleaning compatibility, wear, floor details and any required material-performance reports. A generic “cleanroom” label does not identify those requirements.

Does installing the floor make the room ISO-classified or GMP-compliant?

The floor is one part of the facility. Classification, qualification and release depend on the relevant room design, operating procedures and verification activities. The facility team confirms the applicable requirements, including Health Canada's sterile-drug premises guidance where relevant.

Do all cleanrooms require ESD flooring?

ESD performance is included where the process or project specification requires it. Define the electrical performance, grounding and footwear/testing scope with the ESD lead before choosing the floor assembly.

Can you include cleanroom cove base and threshold details?

Yes. Resin coves and floor transitions can be included in the installation scope. Confirm dimensions, wall interfaces, door clearances, movement joints and cleaning requirements through the project details.

How long before the room can return to service?

The schedule includes preparation, repairs, coating stages and cure under actual site conditions. Cleaning, equipment reinstatement and any facility qualification or release activities need their own allowance. We review those stages before agreeing on the shutdown window.

Plan your next project

Bring the room requirements.
We will help define the floor.

Share your drawings, cleaning protocol and operating window. We will review the concrete, resin system and detailing needed for a practical installation scope.

Serving Vancouver and the Lower Mainland, with other British Columbia projects reviewed around scope, access and scheduling.