Polycarbonate Windows

Last Updated on February 19, 2024 by Nasir Hanif

A polycarbonate window’s durability, energy efficiency, and cost-effectiveness are making it increasingly popular. In this article, we will discuss the advantages and disadvantages of polycarbonate windows to help you make an informed decision about whether or not they are the right choice for your home or building.

Polycarbonate windows

Polycarbonate windows
Polycarbonate windows

Polycarbonate windows are a type of window that is made from a thermoplastic polymer known as polycarbonate. These windows are known for their strength, durability, and ability to withstand high impact and extreme temperatures.

They are also known for their high transparency and clarity, making them a popular choice for applications where visibility is essential. Polycarbonate windows are available in various styles and can be customized to fit any size or shape.

Types of polycarbonate windows

·         Solid polycarbonate windows

Solid polycarbonate windows are made of a single piece of polycarbonate material, a thermoplastic polymer known for its strength and durability. These windows are often used in industrial and commercial buildings and high-traffic areas such as airports and train stations.

 They are also commonly used in residential properties as storm windows or in areas where security is a concern. Polycarbonate solid windows come in a variety of colors and can be customized to fit any size or shape.

·         Multiwall polycarbonate windows

Multiwall polycarbonate windows are made of multiple layers of polycarbonate material that are bonded together. These windows are known for their high insulation value and energy efficiency. A greenhouse, a skylight, or any other application where temperature control is essential often uses them.

Multiwall polycarbonate windows are also popular in residential properties because they reduce heat loss in the winter and excellent loss in the summer. They are available in various colors and can be custom-cut to fit any size or shape.

·         Laminated polycarbonate windows

Laminated polycarbonate windows are made by sandwiching a layer of polycarbonate material between two layers of clear plastic. It creates a robust and durable window with a higher impact resistance than solid or multiwall polycarbonate windows.

Laminated polycarbonate windows are often used in high-security applications such as banks and government buildings, as well as in areas with a risk of vandalism or break-ins. They are also popular in residential properties as a way to improve security and energy efficiency.

·         Acrylic polycarbonate windows

Acrylic polycarbonate windows are made by combining acrylic and polycarbonate materials. These windows are known for their high transparency, clarity, and weather resistance.

They are often used in applications where visibility is essential such as skylights and atriums. They are also popular in residential properties to improve natural light and energy efficiency. Acrylic polycarbonate windows are available in a variety of colors and can be custom cut to fit any size or shape.

Top 8 best designs of polycarbonate windows

1.      Sliding polycarbonate windows

Polycarbonate sliding windows are popular for both residential and commercial spaces. The sliding mechanism of these windows makes opening and closing them simple. They are made from polycarbonate material that is impact-resistant, UV-resistant, and temperature resistant. These windows are energy-efficient and can help reduce your energy bills.

2.      Awning polycarbonate windows

Awning polycarbonate windows are hinged at the top and open outward, creating a covered area outside the window. They are useful for ventilation, and you can leave them open during light rain.

In addition to being made of durable polycarbonate material that is resistant to impact, UV rays, and extreme temperatures, they also come in a variety of colors. These windows are ideal for areas that receive a lot of sunlight, as they provide shade and protection from the sun’s rays.

3.      Fixed polycarbonate windows

Fixed polycarbonate windows are windows that do not open and are used primarily for light transmission and decoration. Impact-resistant, UV-ray-resistant, and temperature-resistant polycarbonate material is used in the manufacture of these windows. You can reduce your energy bills with them because they are energy-efficient. They also provide excellent insulation, which can help keep your home warm during the winter and cool during the summer.

4.      Bay polycarbonate windows

Bay polycarbonate windows are a combination of fixed and operable windows; they project out from the house and create a nook inside the room. The material used in these windows is durable polycarbonate, which is highly resistant to impacts, UV rays, and extreme temperatures. They provide a great view and plenty of natural light and can also be used as a design feature in your home.

5.      Polycarbonate casement windows

In the same way that a door opens outward, casement polycarbonate windows are hinged on one side and open outward. Impact-resistant, UV-ray-resistant, and temperature-resistant polycarbonate material is used to manufacture these windows. They provide excellent ventilation and can be easily operated with a crank handle. Hard-to-reach places, like over a sink or counter, are ideal for these windows.

6.      Double-hung polycarbonate windows

Double-hung polycarbonate windows feature two sashes that can be opened and closed independently. In addition to being impact-resistant and UV-resistant, these glasses are made of durable polycarbonate material. These windows are energy-efficient and can help reduce your energy bills. In addition to being easy to clean and maintain, they are a great choice for both residential and commercial applications.

7.      Skylight polycarbonate windows

Skylight polycarbonate windows are installed on the roof, bringing natural light into the room. Designed to withstand impact, UV rays, and extreme temperatures, these windows are made of durable polycarbonate. In addition to providing excellent insulation, they can also lower your energy bills. They are also a great way to add a unique design element to your home and create a bright, open feeling in any room.

8.      Tilt-turn polycarbonate windows

Tilt-turn polycarbonate windows combine casement and hopper windows; they can be opened from the top or the side. In addition to being impact-resistant, UV-resistant, and temperature-resistant, these windows are made of durable polycarbonate material. As well as being versatile, they can be used as emergency exits and for ventilation. They also provide excellent insulation and can help reduce your energy bills.

Advantages of polycarbonate windows:

·         Durability

One of the significant advantages of polycarbonate windows is their durability. Plastics such as polycarbonate are known for their strength and toughness. It is highly resistant to impact, making it an ideal choice for windows exposed to high winds, hail, and other types of severe weather. Additionally, polycarbonate windows are UV resistant, which means they won’t fade or degrade over time due to exposure to sunlight.

·         Energy efficiency

Another advantage of polycarbonate windows is their energy efficiency. Heat is not effectively transferred by polycarbonate because it is a poor conductor of heat. By reducing the need for heating and cooling systems, polycarbonate windows can help keep buildings cool during the summer and warm during the winter.

·         Easy to install and lightweight

It is easy to install polycarbonate windows because they are lightweight. They weigh less than glass windows of the same size, which makes them easy to handle and install. Additionally, since they are made of plastic, they are easy to cut and shape to fit any window opening.

·         Affordable      

In comparison to other window materials, polycarbonate windows are relatively affordable. They are a cost-effective option for both residential and commercial properties. Their affordability makes them an attractive option for those looking to upgrade their windows.

·         Flexibility

The versatility of polycarbonate windows makes them an excellent choice for a wide variety of applications. In addition to being used in residential and commercial properties, they are also widely used in industries. They are also suitable for use in skylights, greenhouses, and other applications where transparency and durability are essential.

·         Noise reduction

Polycarbonate windows are good for reducing noise. They have good sound insulation properties, which help to reduce external noise. This makes them a good choice for use near busy roads or airports.

Disadvantages of polycarbonate windows:

·         UV degradation: 

One of the main disadvantages of polycarbonate windows is that they can degrade over time when exposed to the sun’s ultraviolet (UV) rays.

This can cause yellowing, cracking, and loss of clarity, reducing the window’s transparency and making it less effective at letting light into a building. To combat this issue, manufacturers often add UV inhibitors to the polycarbonate material to slow down the degradation process, but this may not entirely prevent it.

·         Scratches and impacts: 

Polycarbonate windows are also more prone to scratches and impacts than traditional glass windows. This can be a concern for buildings in areas with high winds or potential for debris, as well as homes and commercial buildings that receive a lot of foot traffic. Scratches and impacts can weaken the window’s structural integrity and reduce its ability to provide a clear view.

·         Expansion and contraction: 

Another disadvantage of polycarbonate windows is that they can expand and contract with changes in temperature, which can cause warping or crack over time. This can be a particular issue in extreme temperatures or in poorly insulated buildings. The expansion and contraction can also stress the window frames and sealant, reducing their effectiveness and lifespan.

·         Cost: 

Polycarbonate windows can also be more expensive than traditional glass windows, especially when additional features such as UV inhibitors or impact resistance are added. This can make them less cost-effective for some projects, especially for large commercial buildings or homes.

Cost of polycarbonate windows

The cost of polycarbonate windows can vary depending on a number of factors, such as the size and shape of the window, the thickness of the polycarbonate material, and any additional features or customization. In general, polycarbonate windows tend to be more expensive than traditional glass windows, but they offer a number of benefits that can justify the higher cost.

Polycarbonate window prices are affected by several factors, including the material’s thickness. Thicker polycarbonate sheets will be more expensive than thinner ones, but they will also be more robust and durable. Additionally, custom-made polycarbonate windows will typically cost more than standard off-the-shelf windows.

However, while polycarbonate windows may have a higher upfront cost, they can offer long-term savings in energy costs as they are a good insulator and can help to reduce heating and cooling costs. Also, they have a longer lifespan than traditional windows, so they will not need to be replaced as often. This can offset the higher initial cost over time.

Advantages and Disadvantages of Polycarbonate Windows

Polycarbonate windows offer numerous advantages, including their durability, energy efficiency, and affordability. They are versatile and suitable for various applications, making them a popular choice in both residential and commercial settings. However, these windows also come with their share of disadvantages, such as susceptibility to UV degradation, scratches, impacts, and potential expansion and contraction issues. Understanding the pros and cons can help individuals make informed decisions when considering polycarbonate windows for their properties.

Conclusion

 Polycarbonate windows have many advantages, including durability, energy efficiency, and cost-effectiveness. Despite their advantages, they also have disadvantages, such as poor UV resistance and a tendency to scratch. If polycarbonate windows are right for you, your needs and preferences will determine whether or not you should choose them.

Apart from that, if you are interested to know about the “Cost To Replace a Window” then visit our Home Improvement category.

FAQs (frequently asked questions)

What are polycarbonate windows?

Polycarbonate windows are a type of window made from a thermoplastic material called polycarbonate. Because of its durability, strength, and transparency, this product is a popular choice for windows in many different settings.

Are polycarbonate windows suitable for residential use?

Yes, polycarbonate windows are suitable for residential use. They are an excellent option for homes prone to severe weather or high-traffic areas. Additionally, they can reduce heat loss in the winter and gain in the summer and improve energy efficiency.

Are polycarbonate windows easy to clean?

Like most windows, polycarbonate windows can be cleaned with mild detergent and water. However, due to their tendency to scratch easily, it’s essential to use a soft cloth and avoid abrasive materials when cleaning them.

How long do polycarbonate windows last?

The lifespan of polycarbonate windows can vary depending on the quality of the material and the conditions they are exposed to. They can last between 10 to 20 years with proper care and maintenance.

How does polycarbonate compare to traditional glass windows?

Polycarbonate windows are significantly more durable and impact-resistant than traditional glass windows. They are also lighter in weight, which makes them easier to install. Additionally, polycarbonate windows are more energy efficient, as they are able to block UV rays and help keep a room cooler in the summer and warmer in the winter.

Are polycarbonate windows suitable for all types of buildings?

Polycarbonate windows suit many buildings, including residential homes, commercial buildings, and industrial facilities. Particularly suited to areas with high temperatures or UV exposure, they provide the best protection.