Sign up for our weekly newsletter
Construction Canada weekly newsletters give the latest AEC industry news for those who build, design, engineer, specify, renovate or operate in the built environment.
All information listed in this section was submitted by the respective companies. Kenilworth Media Inc. cannot assume responsibility for errors of relevance, fact or omission.
LITEFLAM
Greenlite Glass Systems Inc
08 88 53 Security Glazing
LITEFLAM is Greenlite Glass Systems' proprietary fire-rated glass. Since 2006, it has been used in more than 100 completed projects worldwide. We are the leaders in fire-rated glass floors and walkable skylights. We assist the modern architect with a vision to create open light-filled spaces by bringing natural light deep into the building, creating a vibrant, inviting atmosphere.
Whether the goal is to allow natural light to flood to subterranean levels or to build glass bridges in atrium spaces which also require fire-separations, LITEFLAM glass floors/skylights and the team at Greenlite Glass Systems can assist with the design needs.
This advanced glass floor system is load bearing and fire-rated from 1 to 2 hours – the only exterior glazed system, insulated glass assembly for North America. LITEFLAM can be used as a durable, non-slip walking surface, with a standard live loading of 100 psf but can be engineered to take higher loading if required.
Additional Information
BrochureLITEFLAM XT 60 Data Sheets
LITEFLAM XT 120 Data Sheets
LITEFLAM SP 120 Data Sheets
LITEFLAM XT Specifications
Contact Information
Phone: 778-285-8530
Email:
jeremy@greenliteglass.com
Related Articles
Simplifying barrier-free design across Canada
Barrier-free, accessible, universal, and inclusive design are all terms used to describe the same thing: a design that creates a built environment usable by everyone. Minimum barrier-free design requirements are derived from the provincial and national building codes.
Understanding high-speed doors and industrial curtains
Door openings are among the biggest sources of energy loss inside a building. Within large warehouses, manufacturing plants, or distribution centres, this problem is only amplified. When it comes to choosing the right door to control proper temperatures in different areas, the decision typically comes down to two factors: speed…
Igniting change: Sustainable fire-resistive glazing
Learn how next-gen intumescent glazing reduces carbon impact while offering superior fire protection in sustainable architecture.
Specifying fire-rated glazing in schools
The National Building Code of Canada (NBC) requires glazing in certain applications in educational facilities to be fire-rated. Today’s advanced fire-rated glazing products make it possible to do significantly more than protect against the spread of fire.
Applying the carbon equation to insulating glass units (IGUs)
Since its introduction, insulating glass units (IGUs) have provided significant reductions in operational carbon emissions from buildings—yet, they increase the embodied (upfront) carbon. This is because the amount of energy (and carbon) intensive glass used is doubled in an IGU compared to monolithic glass and the service life is significantly…
Fire & Glass, Safety & Style: Specifying advanced fire-rated glazing
The trend to maximize the harnessing of natural daylight combined with environmentally responsible artificial lighting is increasing use of glass within interior spaces since it allows light to spread throughout the building. Glass also has the added benefit of providing clear vision between spaces, creating a sense of openness, connectivity,…
Read the Latest Issue
July 2025