Reducing energy use is a key component of sustainable design. Modern architecture uses a lot of glass to build attractive structures that let in a lot of natural light. Ordinary glass can absorb 80% of the heat from the outside.
On the other hand, glass’s thermal performance minimises heat entry while increasing light transmission. The solar heat gain that the glazing may absorb is measured by the shading coefficient (SC). When the shading coefficient is smaller, the glazing is more effective in preventing solar heat gain. Below are some samples of high-performance glass that are popular in modern architecture today:
Solar Control Glass
Utilising this unique oxide-coated glass reduces solar heat and glare. Although the sun’s glare and heat are still present, they are greatly diminished. The light’s dispersed nature is less needed for artificial lighting during the day. The interior of your property is protected from infrared (IR) rays by solar control glass.
Low E Glass
Low-E glass, often known as low-emissivity glass, offers superior thermal insulation. The solar light can enter, but the majority of the oppressive heat is reflected away. This kind of high-performance glass shields interior building surfaces from UV and IR rays, which can be damaging to them. Although expensive, energy-efficient glass may be used in most commercial spaces.
Solar Control – Low E Glass
In particular, if it is positioned directly in the line of the sun’s rays, using Low-E glass may cause overheating. Low-E or solar control glass could not be adequate on its own when exposed to direct sunlight for a lengthy period. In these situations, solar control-low E glass is the best option to prevent overheating or undercooling. It offers the ideal level of heat insulation while also blocking solar rays.
Properties of High-Performance Glass
High-performance glasses are used on building facades to eliminate the need for air conditioning. Generally, high-performance glass windows are the main heat source in a house or structure. It is used to slow down how quickly heat enters a structure.
Some Uses of Energy-Efficient Glass
Energy-efficient glass panes are coated with different metal oxides to lessen the excessive absorption of solar heat. By using this technique, energy expenses and carbon footprints can be decreased. Additionally, improving thermal comfort, this kind of glass gives employees a feeling of openness.
It is undeniable that high-performance glass enables more daylight inclusion without raising energy expenditures. For high-quality, energy-efficient glass solutions, turn to Quick Fit Glass.
The Australian Glass & Glazing Association fully qualifies our tradesman. By making Quick Fit Glass your preferred choice, you can expect qualified, registered and accredited tradespeople to provide fast, quality repairs at competitive prices.
Most standard glass replacements and shopfronts are replaced on the same day if the booking is made before noon. We offer commercial glass and domestic glass services for whatever project you have in mind. We keep up with today’s increasing demand for high-performance glass in modern architecture. Contact us now at (03) 8368 2220 to know more.
