Laminated glass is a great substitute to regular glass. It has a strong solid design that is extremely difficult to break. Laminated glass can be used in a variety of ways and it is a material which is gaining popularity.
If you’re thinking about building a glass structure in your commercial or residential space it is advisable to consider the installation of laminated glass to replace it. Laminated glass is made up of two glass sheets which are then joined with interlayers to create a permanent bond.
Interlayers help keep the glass in place and to form a sturdy and uniform layer, even when broken. Acoustic double glazing is available in various thicknesses and is made with different combinations of glass or coatings that provide various characteristics, like reduced emissions or increased insulation.
What Do You Think Are The Most Effective Uses Of It?
Laminated glass is a robust, yet translucent layer, which is a fantastic alternative to traditional glass in many ways:
- In buildings in which hurricanes or other natural disasters pose considered to be a high-risk
- For windows in companies or homes that are at danger of burglaries
- For display cabinets of important items, such as jewellery stores
- Aquariums and animal enclosures
- Glass floors
- Glass stairs
- Skylights
- Glass roofs
What Are The Advantages From Laminated Glass?
The toughness and thickness of laminated glass provide it with numerous advantages:
Security Boosted:
The durability of laminated glass makes it nearly impossible to break, and anyone who is not authorized would be unable to gain access. Even if a fracture were to take place, the interlayers help to maintain the structural strength so that enlarging the gap would be extremely difficult.
Reduction In Emissions
Low-emissivity glass is a great way to decrease heat gain from the sun. This permits air cooling to operate less often and reduces emissions.
Noise Pollution Is Reduced:
Installing a large piece of laminated glass causes the sound waves to be disrupted as they pass through the glass and help reduce the amount of noise pollution.
More Safety:
Because glass doesn’t break in the event of breaking, there’s less chance of being injured or cut from glass fragments.
Protection Against Natural Disasters:
When storms, natural disasters, or other weather conditions laminated glass can remain within its frame, reducing the possibility of accidents and making life-threatening situations somewhat less risky.
More Design Choice:
Acoustic double glazing is available in a variety of tints, colours or tones. They can be made either straight or curved to give you more variety in appearance.
Glazing and glazing units must be designed to let in sunlight while limiting heat loss and heat gain. Doors and windows can account for the most heat gain or loss than any other component within an insulated building envelope.
While they might only comprise 8-10% of the thermal envelope of the house, windows could make up as much as 40% of the heat loss when the house is constructed just a little bit more than minimum New Zealand Building Code requirements which is what a lot of houses are. A well-designed glazing system can increase the amount of daylight that is available, cut down on the glare and maintain comfort through decreasing heat loss and gain.
This improves energy efficiency as it reduces the requirement for artificial cooling, heating or lighting. When you consider the transfer of light and heat through the glass system at the design phase of the project, the performance of windows can be greatly improved.
The Control Of The Loss Of Heat And Gains
The heat is lost and gained through the glass and the frame, therefore it is essential to take into consideration both.
It is important to think about the properties of the glazing unit’s insulation as well as its effectiveness in permitting solar radiation to enter your building (this is also known as the solar heat gain).
Gain and loss of heat can be controlled by Insulating glass units (IGUs often referred to as triple or double glazing). In the majority in New Zealand, IGUs are essential to satisfy Building Code requirements. Even when they aren’t necessary, they are highly recommended.
Materials used for acoustic glass cost and framing, and the construction of glazing units are also a factor in the performance. Glass that is coated, like high-emissivity (low-E) glass may improve the thermal efficiency and/or decrease the glare.
The timber, uPVC and fibreglass frames are better insulation for thermal purposes thanks to aluminum. When aluminium is employed the frame must incorporate the thermal break.
Glazing And Orientation Of The Building
Glazing on walls facing north is often quite substantial. If there is an excellent solar connection and concrete floors that are exposed that provide thermal mass, windows facing north should comprise approximately 10-15% of floor space.
If the flooring is timber the north-facing windows should comprise close to 10% of the floor area. In areas where solar access is not great, windows facing north should not exceed 8 percent of floor space.
Glazing that faces east, west or south is best designed to fulfil the requirements of daylight and views. It is a net loss of heat in winter, based on the climate and heating.
Building Code Minimum Requirements
Building Code clause H1 Energy Efficiency stipulates that buildings be designed to offer adequate thermal resistance. The thermal properties of glazing and glazing units have to be assessed together with other elements of the building to determine the overall thermal performance and, consequently, the building code’s compliance.
The Advantages Of Double Glazed Windows
Double glazing is a fantastic option to retain heat within buildings to increase their energy efficiency The benefits of double glazing are often highlighted in the winter months when temperatures are colder.
But it’s not only the winter months that double-glazed windows are an excellent idea. They also help allow heat to escape during summer, keeping offices and homes cool during hot temperatures.
Controls The Temperature Inside
Double glazing is efficient throughout the year because it blocks heat from moving from one area towards the opposite. In winter, it blocks heating from the inside of the building, and in hot weather, it restricts the amount of energy that comes from outside transferring inside the structure. It serves two purposes therefore its benefits can be felt all throughout the year, regardless of whether you need the space to be cool or warm.
It Blocks Out The Sound
With more daylight hours and mild evenings, it’s possible that your neighbours begin hosting dinner parties later and barbecues that continue until late at night. Additionally kids are out playing late and teenagers appear to have a longer curfew during the summer.
If you are disturbed by these sounds Double glazing is a great option for the ability to soundproof your home – a way for you to keep out the sound of summer.
Stop The UV Damage
We all enjoy a little glimpse of sunshine shining through the windows of our homes. But did you know that the powerful sun’s rays can cause harm to your furniture? Have you seen the faded effects on a photo set near an opening?
The installation of double-glazed windows can reduce the amount of harmful UV rays that enter the windows into your house, reducing the fading of curtains, carpets and other furniture.
Tighten Security
When you lock your home and go on your summer vacation you want to be sure that your property is secured and won’t be a prey to criminals during your absence. Double-glazed windows enhance security as they are secured from the inside, as well as the durable glass makes it resistant to breaking.
