LoĒ³-366® Glass
LoĒ³-366® Glass
SHGC: 0.27 / U-FACTOR: 0.24 / TDW: 0.43 / LIGHT TRANS: 66% / All stats
A new standard
Cardinal introduces LoĒ³-366® Glass (pronounced low E cubed-366), the ultimate performance glass. It just might make all other LoĒ glasses obsolete. LoĒ³-366® Glass delivers the ideal balance of solar control and high visibility. And it provides the highest levels of year-round comfort and energy savings, making it the perfect glass no matter where you live. The secret? An unprecedented triple layer of silver. This is beyond ordinary low-E glass; LoE3-366® sets the new standard.
Tax Credit
You can have up to $1,500 in tax credits by replacing your windows with new ones using glass like LoĒ³-366® Glass. Tax Credit Criteria
LoĒ times three makes the difference
Cardinal has for years worked with top-tier window manufacturers by providing energy-efficient LoĒ² glass. Now with three layers of year-round thermal protection, the benefits are exceptional.
The result: a clear coating that blocks even more solar gain than ever before, reflects heat and lets the light stream in. Notice the difference below between clear glass, regular LoĒ glass and new LoĒ³-366® Glass.
Energy savings all year long
The full-year benefits of LoĒ³-366® Glass can be clearly seen. When the temperature soars in the summer, ordinary window glass just can't beat the heat. And tinted glass spoils the view. LoĒ³-366® Glass is formulated to reject solar heat while maintaining attractive visibility. So it keeps the heat out while letting light in. As a matter of fact, LoĒ³-366® Glass glass is our ultimate in performance and clarity among all of Cardinal's clear coated products.
What is more, LoĒ³-366® Glass provides the ultimate in fading protection. It blocks 95% of the sun's damaging ultraviolet rays - a leading cause of fading (visible light also contributes to fading) - so your furniture, carpets, curtains and wall coverings stay beautiful for years.
During the cold weather, the insulating effect of your windows has a direct impact on how your rooms feel. The better insulated the window glass, the warmer your room will feel. In fact, the Efficient Windows Collaborative suggests that when glass surface temperature falls below 52°F, there is a risk of thermal discomfort. To maintain the best comfort during the winter, select a glass product that produces surface temperatures that will stay above this point during the coldest outdoor conditions.
According the chart below, the insulating capability of LoĒ³-366® Glass can't be compared to any other glass product. This is a key factor in the construction of comfortable homes. Additionally, the dramatic comfort improvement in windows with warm glass surfaces means the humidity of the indoor air can be controlled and maintained properly. Proper humidity levels will improve comfort and promote a healthier living environment.
Saving money and protecting the environment
According to the Consumer Federation of America, the average American household spends $1,500 per year on energy costs. But energy-efficient windows can help save a bundle. In fact, you can reduce your energy bills by one-third by simply using low-emissivity glass.
But not only does it make financial sense, it's smart to do in view of limited global resources. Conscious consumers are increasingly making purchasing decisions based current environmental realities. By using products that reduce energy consumption, one diminishes their environmental footprint, limiting usage of fossil fuels and lowering carbon emissions.
Cardinal's new shield of protection
At Cardinal, our goal remains the same: to set the standard for high efficiency residential glazing products. Now, with LoĒ³-366® Glass, a new standard has been created. To gain more information about LoĒ³-366® Glass, please contact your builder or architect, or the closest Cardinal CG facility.
Additional facts
- Can include hurricane-resistant lamination
- All residential sizes, thicknesses and shapes offered
- Custom configurations available
All of our windows come standard with argon gas in the insulated unit.