Decorative glass is an eco-friendly and energy-efficient choice for your home. Not only does it reduce emissions, but it also protects sea turtles. And if you’re concerned about climate change, specialty glass is a green option too! In this article, we’ll explore the benefits of specialty glass and why you should consider it for your home.
Custom Glass Table Tops are a Classic Home Decor Staple
A glass table top is a great way to add elegance and style to a room. They also give the illusion of added space and openness. Some interior designers even use glass in small living rooms to make them appear larger. This helps the eye focus on other home decor elements. Custom glass table tops are available in many colors and can be painted to match the room decor. The best part is that you can order your glass table top from a local artisan to ensure a unique and beautiful table.
Custom glass table tops can be made of transparent or patterned glass. The former is translucent, while the latter is tinted. Tinted glass is available in several colors, including gray and bronze. You should choose the type of glass you’d like carefully, as it will influence the finished look of your table. You can also select a contrasting glass type for the base.
Decorative Glass is Energy-Efficient
Decorative glass, like specialty glass West Palm Beach has several energy-efficiency benefits, including reduced energy costs, increased privacy, and reduced glare. Decorative glass is also available in a wide variety of designs and colors. It is the ideal canvas for your interior design goals. In addition, decorative glass can reduce the glare and heat of direct sunlight and contribute to an overall reduction in energy bills.
The energy savings achieved by windows vary depending on the openings’ location, number, and size. However, the savings can be substantial. As the need for energy conservation increases, building code requirements are becoming stricter. Many window manufacturers are now using Low-E coated glass to meet these requirements.
It Reduces Emissions
By reducing carbon emissions, specialty glass can help reduce greenhouse gas emissions. Glass made from 100% recycled material can reduce emissions by about 50%. But, there are some disadvantages to using glass. In addition to being heavier, glass also uses a lot of energy. As a result, it’s difficult for the wine industry to reduce its carbon footprint.
Four critical parameters impact the carbon footprint of specialty glass. These parameters are batch-to-melt yield, fabrication yield, and energy intensity. The result of the different manufacturing processes affects the internal recycling loop, the greenhouse gas emissions, and the energy intensity of the manufacturing process. Even though glass is used in many industries, its recycling rate varies widely across different regions and is not the same everywhere.
It Protects Sea Turtles
To protect sea turtles from harmful light pollution, homeowners near the beach should install “turtle-friendly” glass on their home windows. These windows reduce the amount of artificial light transmitted to the beach, a factor that can cause disorientation among sea turtle hatchlings. This can prolong the exposure of these animals to predators.
For example, Simonton Windows & Doors offers turtle glass that protects coastal homes. This glass is energy-efficient, glare-resistant, and meets turtle code requirements along the coast.
It Is a Part of the Solution to Climate Change
In recent years, the glass industry has taken several initiatives to reduce its environmental impact. These include transitioning to renewable energy and reducing CO2 emissions during manufacturing. Last week, a group of top glass industry executives met in Brussels to discuss how the glass industry can make a difference and be part of the solution to climate change.
The first step was a demonstration experiment of float glass manufacturing with a hundred percent biofuel. The investigation was led by Glass Futures, UK-based research and technology organization. The NSG Group, a member of the organization, was involved in the project. The experiment results revealed that the biofuel produced during manufacturing emitted 80% less CO2 than natural gas, which is currently the principal fuel for glassmaking in the UK. This shows that glass manufacturing with biofuel can significantly reduce CO2 emissions before zero-carbon alternatives are available.
