Category: Low E Glass

When it comes to making your home more energy efficient, one often overlooked area is the type of glass used in your windows. Upgrading to low-emissivity (low-E) glass can provide better insulation, improve solar heat gain, block UV rays, and reduce energy costs. In fact, it’s estimated that 10-50% of a home’s energy loss happens through these openings. This is where the low-E glass comes in handy.  

Keep reading to understand what exactly low-E glass is and how it can help make your home more energy efficient. 

What is Low-E Glass? 

Low-E glass gets its name from its ability to reduce the emissivity and solar heat gain of standard glass. It does this through a microscopic metal coating that reflects infrared light. While regular glass allows heat or cold to pass through easily, Low-E glass blocks this transfer, keeping Indoor temp consistent. The result is a window with powerful insulating properties. 

Benefits of Low-E Glass 

1. Superior Insulation 

With its advanced coating technology, low-E glass offers far better insulation than traditional glass windows. By limiting heat transfer, it can reduce energy demands placed on heating and cooling systems.  

Low-E glass keeps the space warmer in the winter by retaining interior heat and cooler in the summer by blocking solar gain. This equates to greater comfort and lower utility bills all year long. 

2. Solar Heat Rejection  

In addition to insulation, low-E coatings significantly reduce solar heat gain and the amount of heat that penetrates through windows from sunlight. This capability can lower peak cooling loads by 10-15%.  

Less heat permeating into the home means your AC system doesn’t have to work as hard to maintain a comfortable temperature. Summer energy savings from low-E glass can be substantial. 

3. UV Ray Protection 

Low-E coatings reflect the sun’s damaging ultraviolet rays instead of allowing them to stream through window glass. Without this protection, UV exposure can cause carpets, furniture, artwork and other items to fade or degrade prematurely.  

Blocking UV rays helps maintain the integrity of valuables and gives interiors a fresher, newer look over time. 

4. Durability  

Modern low-E glass utilises a durable “hard coat” application fused to an inner windowpane. Unlike soft-coat low-E, hard-coat glazing resists scratching, acidity, temperature swings and moisture.  

Properly fabricated, it can retain its performance features over the entire lifetime of the insulated glass unit itself. Low-E glass couples energy efficiency with excellent reliability. 

5. Versatility in Design 

A common misconception is that low-E glass must look distinctly different from normal glass. However, quality low-E products have a transparent coating that maintains visibility while still reducing heat flow.  

Low-E can also be combined with tinted or reflective glass for customised performance. It does not interfere with other glazing features like security, noise reduction, decorative etchings or self-cleaning technology. 

Conclusion 

With ever-rising energy prices, low-emissivity glass should be considered for any new construction or window replacement project. It delivers meaningful benefits in thermal insulation, comfort, UV protection, and sustainability. Advances in low-E technology ensure these performance gains don’t come at the expense of aesthetics, clarity or durability. For attractive windows that help shrink energy usage, low-E is the smartest choice, contact AIS Glass to learn more about the right low-E solution for your home. 

Due to rising energy expenses and increased environmental concerns, many households search for ways to save energy. Installing solar control low-emissivity (Low-E) glass windows is one way to address this. By keeping the heat outside in the summer and inside during the winter, these windows improve energy efficiency in your house and save your electricity costs.  

Better insulation, greater energy efficiency, and lower utility bills are all benefits of Low-E glass windows. Read on to understand what solar control Low-E glass is, its energy-efficient benefits, and why it should be your top choice for green home building or remodelling projects. 

What is Low-E Glass?  

Low-E glass is produced by treating glass surfaces with an invisible and thin metallic oxide coating that reflects heat into the living space. This prevents heat loss and maintains a consistent indoor temperature. 

Windows and doors account for 70% of energy loss in homes, with 90% of heat loss through windows occurring via the glass. Low-E glass dramatically decreases this energy loss, improving the performance of passive solar building designs. 

With rising global temperatures, it’s more crucial than ever to make eco-conscious choices. Collectively, our daily energy consumption impacts the environment. By making smarter choices in architectural designs, we can dramatically reduce energy usage and work towards sustainability. One such innovation is solar control low-emissivity (Low-E) glass. 

What is Solar Control Low-E Glass? 

Solar Control is a type of Low-E glass that has a special invisible coating to reduce its surface emissivity. This coating helps the glass to reflect shortwave infrared radiation to the exterior of a building, which makes it possible to reflect much of the heat.  

Unlike untreated glass, which has a high surface emissivity, absorbs and emits radiant energy, solar control Low-E glass can control the solar heat gain and provide energy efficiency to the building. 

Solar control Low-E glass windows are an excellent option for those looking for energy-efficient solutions while still maintaining good solar control. They allow natural daylight to enter the space without letting in heat from direct sunlight.  

However, to keep buildings cooler and cut down on energy costs associated with air conditioning, solar control Low-E windows are made to restrict the amount of solar heat that enters a house or structure.  

Key Benefits of Solar Low-E Glass 

The following are some of the key benefits offered by solar control Low-E glass: 

1. Stopping Glare in its Tracks 

Well-lit rooms can be comforting, but too much sunlight can lead to skin and vision problems. Solar control Low-E glass is designed to provide the perfect balance between healthy exposure to sunlight and protection from its harmful effects. 

This type of glass works by reflecting and absorbing infrared rays, resulting in advanced solar control. It helps maintain a consistent indoor temperature and enhances visual and thermal comfort. When designing sustainable buildings, solar control Low-E glass is an efficient and effective glazing solution. 

2. Optimising Thermal Performance 

One can’t control the weather outside, though you can control the temperature inside your home or office. Solar control Low-E glass helps keep the inside temperature comfortable. These glasses are especially useful in regions with very hot or very cold weather.  

Solar control Low-E glass windows work by keeping excess heat out during hot weather and keeping warmth in during cold weather. This means less need for air conditioning or heating systems. These windows are often used in double glazing (two layers of glass with a gap in between) to provide good insulation and keep out the sun’s heat. 

3. Saving Money and the Planet 

For an energy-efficient and eco-friendly glazing solution, solar control Low-E glass is an excellent option. By providing better temperature regulation and insulation, this glass dramatically cuts energy usage from cooling, heating, and lighting appliances. 

In doing so, homeowners can reduce electricity bills while also conserving resources and cutting carbon emissions – a win-win for saving money and helping the planet. And by letting in more free natural daylight, reliance on artificial lighting also decreases. 

Conclusion  

When designing or renovating residential and commercial spaces, be sure to consult with AIS Glass about solar control Low-E glass. This innovative glazing solution offers smarter energy savings and environmental benefits compared to ordinary glass windows. Contact AIS Glass today to learn how solar control Low-E glass products can help build greener, more sustainable spaces while reducing energy consumption and bills. 

Ever find your home too hot in summer and chilly in winter? It’s a common issue, but there’s a solution – Low-E glass windows. These modern windows don’t just keep your space comfy; they also cut down on energy bills. In this guide, we’ll explore how Low-E glass keeps your space cosy year-round and slashes energy costs. 

What Makes Low-E Glass High-Tech?

Low-E glass prevents heat from escaping from a warm room in winter (or entering it from hot outdoors in summer). The “E” stands for emissivity, a fancy word meaning how well a surface emits (loses) heat. Low-E glass has a microscopic metallic coating reflecting heat back into a room instead of absorbing it and radiating it through the windows.

Low-E panes act like insulation for your windows. They let sunshine beam in but prevent the warm or cool indoor air from leaking out. Low-E glass reduces heat loss by at least half compared to normal windows.

Advantages of Installing Low-E Windows at Home

Mentioned below are some of the major advantages of installing low- e windows:

1. Cost Effective

Since less indoor heating/cooling escapes, you spend way less to maintain comfy temps. It’s a win for your wallet.

2. Avoid hot/cold zones right by the windows

Ever freeze sitting next to a frosty pane in winter? Or bake by a sun-drenched window come summer? Low-E evens out the inside temperature zone by zone.

3. Ditch noise and damaging UV rays

The high-tech coating also helps block exterior sounds and filters out skin-damaging sunlight. Your soft furniture will thank you!

What to Know Before Installing Low-E Windows

Low-E coatings are colourless and practically invisible. Also, glass technology keeps advancing. Today’s Low-E options match energy savings with crystal clarity and over 90% visible light transmittance. You enjoy open views with less glare too.

Any framing material – vinyl, fibreglass, or even wood – benefits from upgrading the panes to Low-E glass. Be sure to choose reliable Energy Star-certified professionally installed products to guarantee the promised performance. Pro tip: Fill gaps with spray foam insulation for even more efficiency!  

If you’re still deciding between double-pane and triple-pane windows upgraded with Low-E coatings, go triple for optimal insulation, especially in extreme climates or older homes needing extra draft blocking. The upfront investment runs higher, but the boost in year-round comfort and slashed energy demands make it worthwhile.

Where to Install Low-E Glass?

Here are the key points about where to install Low-E glass:

Windows: Upgrade the glass in your windows to keep your indoor space comfortable and energy-efficient.

Doors: Consider installing Low-E glass in your doors for consistent temperature control and energy savings.

Skylights: If you have skylights, these are another excellent spot to install Low-E glass, ensuring a cosy atmosphere and cost-effective energy use.

No matter which route you choose – clear or tinted Low-E windows –the next-generation glass technology ushers in superior insulation. Expect enhanced interior comfort, wallet savings from energy efficiency gains, and less temperature fluctuations during extreme weather spells. Remember, these installations help maintain comfort and reduce energy costs throughout your home.

Conclusion

Low-E glass panes are becoming quite popular with the changing trends. So, you can take control of your home’s temperature and humidity levels while aligning with green living goals by installing tomorrow’s window technology today. With custom tinting options and crystal clear views, upgraded Low-E glass delivers maximum insulation without sacrificing aesthetics. Make the switch and feel the difference multi-zone comfort brings. If you want to install the best Low-E glass windows, you must consider AIS Glass.