In residential architecture, glazing is often viewed through a binary lens: transparent glass for
views and natural light, and opaque materials like concrete or brick for insulation and privacy.
But what if there were a third option—one that offered the best of both worlds?

Solera Reserve™, the newest innovation from industry veteran Solera®, brings this vision to
life. Drawing on over 30 years of commercial success, the brand is now redefining what’s
possible in high-end residential design with translucent glazing units that deliver aesthetics,
comfort, and performance—without compromise.

Why Traditional Glazing Falls Short

Architects and builders have long understood the tension between openness and livability.
Large, clear panes create striking façades and connect residents to nature—but they also invite
in solar heat, glare, and reduce privacy. To mitigate this, blinds are installed, which defeat the
purpose of transparent glass.

The result is a frustrating cycle: light or comfort, views or privacy, aesthetics or performance.
Solera Reserve™ breaks this cycle by delivering uniform, glare-free daylight through high-
performance translucent glass panels.

How Solera Reserve™ Works

At the core of Solera Reserve™ is patented honeycomb technology housed within double- or
triple-glazed units. These assemblies diffuse sunlight deep into interiors, reduce glare, eliminate
hot spots, and lower HVAC reliance. With insulation values as high as R25 and acoustic ratings
of STC 48, Solera Reserve™ performs well beyond its visual appeal.

The system is meant to be used strategically. Vision glass frames key views, while Solera’s
translucent panels support those views—above, beside, or below—ensuring consistent light and
thermal comfort without blocking the scenery.

Benefits That Go Beyond the Build

Solera Reserve™ isn’t just a smart building material; it’s a wellness tool. Studies have shown
that full-spectrum daylight enhances cognitive performance, reduces hospital stays, and boosts
retail sales. In residential spaces, this means better sleep, fewer artificial lighting needs, and
more enjoyable living environments.

Moreover, Solera Reserve™ outperforms legacy translucent materials. Fiber-reinforced plastic
(FRP) panels, while once popular, are plastic-based, susceptible to UV damage, and often need
replacing within two decades. Etched and white laminated glass, though durable, offer low
diffusion and insufficient thermal performance.

Solera Reserve™ addresses all these shortcomings—and does so in a way that respects both
form and function.

Designed for the Next Generation of Homes

The design flexibility of Solera® is key. Every unit is custom-fabricated, allowing architects and
homeowners to define everything from size and shape to glass type, color, and frit patterns.
Whether you're creating a statement wall or a serene living space, Solera®️delivers beauty and
performance that lasts the lifetime of the building.

Now available through a handpicked network of design-forward dealers, Solera Reserve™ is
not a mass-market solution—it’s a tailored offering for projects that demand more.
In an era when performance must coexist with sustainability and design integrity, Solera
Reserve™ offers a compelling solution for homes that aim higher.

About Doug Milburn

Dr. Doug  Milburn is a long-time serial entrepreneur and innovator who has brought his vision
and passion to manufacturing, engineering, software development, and process engineering for
more than 35 years. In 1995, Dr. Milburn and his wife Michelle co-founded Advanced Glazings,
which invented Solera®  and Aerogel window products for minimizing sunlight glare in an
energy-efficient way. Milburn is proudly based in Cape Breton, Nova Scotia.

About Advanced Glazings

Advanced Glazings, Ltd. is a pioneer in sustainable glass solutions, dedicated to revolutionizing
the way buildings connect with the outdoors. With its Solera® line of highly insulating light
diffusing glass and expertise in daylight design, Advanced Glazings empowers architects and
builders to create stunning, energy-efficient structures that inspire awe and admiration.