CHANCELLOR BOULEVARD

A once in a lifetime project that continually pushed the boundaries of possible and challenged our team to think far outside the box.

Historic terrazzo installation

The installation of the terrazzo surfaces for this project took place over the course of nearly 4 years. The floors were started in July of 2021 and inspired by a 5″X5″ sample left at D’arcy Jones Architectural office. The contractor, Postle Design & Build, reached out to the SD team to discuss the project back in December 2019, little did we know what we were getting ourselves into.

The “Friedman House” has architectural significance as it was an early example of west coast modernism, and was designed by Frederic Lasserre, Architect and founding director of the UBC School of Architecture. It was also Cornelia Oberlander’s first residential landscape architectural project. 

More information about the historic Friedman house here.

Chancellor Design Details

There are so many facets to this project, that it needs to be broken down into categories. Documenting the various parts is ongoing, and will be updated with more videos to come. 

White Terrazzo Flooring

Approximately 4500 sq/ft of white terrazzo that utilized #2 white aggregate and Ti02 for whitening.

Terrazzo Island

The monolithic island matches the flooring and sits precisely on the brass divider strips.

Interior Terrazzo Tiles

The bathrooms all utilized waterproofed liners with floating tiles that seamlessly match the cast in place terrazzo floors.
exterior white terrazzo

Exterior Terrazzo

Large precast slabs were created and mitred in place to create the look of massive seamless slabs of terrazzo.

Interior Polished Concrete

Both cast in place floors and precast tiles to match were utilized in the cabana, basement floor, steam room and stairs.
huge concrete block

Exterior Concrete

Sharp crisp edges were required on all the concrete for Chancellor. Wood working techniques for used to make sure all surfaces had flat planes, as reveals and joining surfaces showed inconsistent surfaces.

The Terrazzo flooring challenges.

It's all about the details in modern home design. Virtually ever room threw a new challenge at us. From reveals, to inlays, to height tolerances, the level of precision needed was on another level.

Inserts

floor plugs/ glass

A triangulated structural glass panel look through to the gym below. Because of the size of the panel and the way it was framed with brass CNC brass corners, the terrazzo needed to be installed around it. This meant grinding with heavy machinery within 1.5mm of the glass. Check out the YouTube video of the process.

base detail in a terrazzo floor

Reveals

recess | lighting

Modern design shuns baseboards and molding. It's all about the reveal and slick transitions between materials. At chancellor all the walls stepped back in order to fit recessed lighting. This detail required the use of new tooling and processes.

Brass Dividers

extensive | mitres

Beyond the traditional role of divider strips, custom brass pieces were CNC-cut to integrate seamlessly with other architectural details. This meticulous approach ensured that every aspect of the terrazzo flooring complemented the surrounding design elements. The use of brass in this manner adds a sense of luxury and precision, making the installation both functional and artistically compelling.

white terrazzo vancouver

Shuco Frames

pre installed

The SD team had to cast up to and grind against the European glazing and sliders. The Shuco frames are powder coated aluminum and the terrazzo needed to be within 1/32" of height to the finished frame. Layers of vinyl tape followed by thin flashing were used to protect the frames. As the terrazzo was ground, the layers were slowly removed until light polishing was possible.

New placement methods

The white terrazzo was poured with a cementitious base and lightened as much as possible using Titanium Dioxide. Density of aggregate was very important to the client. The SD team developed an installation method that used old world techniques with and new technology. Finished heights were very important, therefore new techniques were invented on the fly to ensure the terrazzo was machined to within tolerances. 

Router sleds were built with levelling feet and cuts were made close to finished height. This meant that once the groove was removed, the team slowed down and in most cases changed to a less aggressive diamond abrasive. 

Finished to new standards

Finished heights were very important, therefore new techniques were invented on the fly to ensure the terrazzo was machined to within tolerances. 

Router sleds were built with levelling feet, and cuts were made in the terrazzo that go within 2mm of finished height. This meant that once the groove was removed, the team slowed down and in most cases changed to a less aggressive diamond abrasive. 

Once the cuts were removed, further mapping was done with lasers, to guide the team and make sure the floor stayed as flat as possible. In the case of the large monolithic island, the floor needed to be better than 1/16″ over 10ft, tolerances that are pretty tight for a terrazzo floor. 

Protecting finished surfaces

The white terrazzo was poured with a cementitious base and lightened as much as possible using Titanium Dioxide. Density of aggregate was very important to the client. The SD team developed an installation method that used old world techniques with and new technology. Finished heights were very important, therefore new techniques were invented on the fly to ensure the terrazzo was machined to within tolerances. 

Router sleds were built with levelling feet and cuts were made close to finished height. This meant that once the groove was removed, the team slowed down and in most cases changed to a less aggressive diamond abrasive. 

protecting shuco frame

carousel

Chancellor Gallery

This project showcases how when vision and teamwork come together, almost anything is possible.