We see the way forward – with high-performance window solutions for existing structures to reduce energy consumption and global carbon emissions.
Our technological advancements in vacuum insulating glass will accelerate us to net zero buildings.
is a Thermos™
LuxWall Enthermal high-performance glass technology significantly reduces building heating costs up to 45% and cooling costs up to 20%. Enthermal will change the built environment in the same way wind and solar are changing energy production. With mass adoption, this energy-efficient glass innovation can reduce global carbon emissions by 14%.
Our product innovations, called Enthermal and Enthermal Plus, are designed to reduce energy consumption with high R-value energy-efficient vacuum insulating windows installed in existing buildings and new construction.
Our solutions deliver between R-13 and R-17 thermal insulation – outperforming current glass and window product offerings by up to 4X. Enthermal high-performance glass can be customized for climatic regions (Low-E coating selection) and window sizes (glass thickness selection) to maximize return on investment. Enthermal is a uniquely low U-value glass that can be produced in a wide array of configurations to enable drop-in replacement of single and double pane insulating glass units.
|Performance Metrics||Single Pane
|Double Pane IG
(Clear : Clear)
|Double Pane IG
(Low-E : Clear)
(Low-E : Clear)
(Low-E : Clear : Low-E)
|u-Factor COG (W/m2K)||5.82||2.68||1.64||0.43||0.38|
|u-Factor COG (BTU/h ft2 F)||0.98||0.48||0.29||0.075||0.067|
|R-Value COG (h ft2 F/BTU)||1.03||2.1||3.5||13.0||15.0|
|Solar Heat Gain Coefficient||0.85||0.74||0.27||0.27||0.23|
|Sound Trans. Class Rating||31||34||34||35||39|
LuxWall is a building materials innovator
Our patent pending solution – called Enthermal – is a glazing innovation engineered to prevent thermal pass-through, thereby reducing energy demand of building systems for heating, ventilating, and air conditioning.
Enthermal vacuum insulating glass is designed to help property owners significantly reduce carbon emissions in new and existing buildings by delivering between R-13 and R-17 glass insulation values.
LuxWall Enthermal delivers true innovation to the vacuum insulating glass segment, providing the first fully tempered vacuum solution to the market
Enthermal. Designed to Solve.
Why You Need It
Enthermal vacuum insulating glass tackles the rising demands property owners face today and in the future. Better for your tenants. Better for your bottom line. Better for the world.
Up to 45% Energy Utility Savings
Enthermal solutions reduce energy usage up to 45% for single pane retrofits and up to 35% for double pane clear glass retrofits
2 - 7 Year Payback
No Tenant Displacement
Routine energy-efficient window installation completed from the interior of the building, using standard techniques in the glazing process
Increases Property Value and Leasing Rates
Upgrading to our energy-efficient vacuum insulating glass solution with available R values of 13+ is a smart way to increase the overall value and aesthetics of your property
Up to 50% Reduction in Installation Costs
Enthermal high-performance glass can be installed into existing commercial window frames, thereby eliminating the need for full façade or window replacement while still providing significant efficiency savings. We reduce glazing capital expenditures up to 50% over current glazing options.
Proactively Addresses Carbon Emission Tax Laws
40 countries and 20 cities have passed carbon emission laws. New York City Local Law 97 is the benchmark. Enthermal will meet the requirements.
LuxWall is inspiring key partners to join our efforts
In this dramatic video, Breakthrough Energy Ventures, one of our key partners, describes the magnitude of the mission and why innovators like LuxWall are providing real hope for the future.
The challenge is in every building on Earth
LuxWall is helping make our buildings better
This episode of Gates Notes describes the ways LuxWall’s vacuum insulating glass technology will help lower the carbon emissions of existing structures around the world.
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