TRIUMF Flooring Project, Vancouver

TRIUMF is a research institute located in the University Endowment Lands at 4004 Wesbrook Mall in Vancouver, British Columbia. As Canada’s national particle accelerator centre, it is regarded as the country’s premier physics laboratory and ranks among the leading subatomic physics research centres in the world. Installing a floor in a facility of that calibre means the work has to be clean, precise, and finished to a standard that suits a serious research environment.

We were brought in to prepare the concrete and install a durable solid colour epoxy system, finished in grey, along with a trowelled cove detail around the edges of the space.

The Challenge

A working research facility asks for a floor that is hard-wearing, easy to keep clean, and finished neatly enough to sit comfortably in a technical space. The concrete needed proper preparation before any coating could go down, and the client wanted a cove detail where the floor meets the wall rather than a simple square edge, which changes how the space cleans and how the finished floor reads.

A coved edge removes the sharp corner between floor and wall, so there is no seam at the base of the wall for dust and debris to collect in. That is a meaningful detail in a facility where cleanliness matters, and it has to be formed and finished by hand to look right.

Concrete Preparation

Our preparation for this project used wet grinding to profile the concrete. Wet grinding cuts the surface while controlling dust, which is a real advantage inside an occupied research building, and it leaves a clean, properly opened substrate for the epoxy to bond to. Getting this stage right is what gives the finished floor its durability, since the coating is only ever as sound as the surface it is applied over.

The Epoxy System

For the finish we installed a solid colour epoxy in grey, applied as a two-coat flooring system. A solid colour epoxy floor of this kind is a seamless and durable solution that involves applying a uniform colour of epoxy resin across the surface, giving the space a clean, continuous appearance with no joints or seams to break it up.

Grey was chosen for the finish, a practical colour for a technical facility that hides everyday marks while keeping the space bright and even. The two coats build the film thickness that carries traffic and wear in a busy research setting.

A seamless epoxy floor also suits a research environment because there are no grout lines or tile joints where contamination can gather, and the surface can be wiped down and maintained as one continuous plane. That combination of durability and cleanability is a large part of why solid colour epoxy is such a common choice in laboratory and institutional spaces.

Cove Installation

To finish the edges we installed a trowelled cove, four inches high, where the floor meets the wall. A trowel-down cove is built up and shaped by hand from a coving material, then coated to match the floor, creating a smooth, rounded transition instead of a hard corner. The result is a continuous surface that runs from the floor up onto the base of the wall, which is easier to clean and better suited to a facility that keeps a tight standard of cleanliness.

The Result

TRIUMF came away with a seamless grey epoxy floor over properly prepared concrete, finished with a four inch trowelled cove that carries the coating up the wall for a clean, sealed edge. Delivering this work in a facility of TRIUMF’s standing reflects the level of finish and care we bring to institutional and research projects across Metro Vancouver.

For any laboratory, research institute, or institutional facility in Vancouver or the surrounding region that needs a seamless, easy to maintain floor with a properly formed coved edge, this project shows the kind of clean, precise result we are set up to deliver.

Need a Clean, Durable Floor for a Technical Space?

We install seamless epoxy floors with coved edges for laboratories, research facilities, and institutional spaces across Metro Vancouver. Tell us about your project.