Dundela

Why Fiberglass Windows?

Features & Benefits

Fiberglass, essentially a carbon fiber product, finds utility in various applications such as boats, satellites, bridges, and goalie masks. In these applications, it is exposed to extreme temperatures and constant wear. This durability and resilience make fiberglass windows and doors the optimal choice for those who prioritize durability, energy efficiency, and design flexibility.

Frequently Asked Questions:

Is energy efficiency important for my windows?

Energy-efficient frames with low conductivity discourage the transfer of heat or cold into a building. Compared to metal options, fiberglass windows exhibit significantly lower conductivity. This contrast becomes apparent when comparing the feeling of a fiberglass window frame to that of an aluminum frame in -20°C weather.

In temperature extremes, fiberglass windows must maintain stability, minimizing expansion and contraction to ensure an effective seal. Considering that the bulk of a window consists of glass, surrounding it with a material like fiberglass offers numerous advantages, hence the “Glass on Glass Advantage.” Comprising approximately 60% glass, fiberglass, like plate glass, demonstrates a very low rate of expansion and contraction. This characteristic allows fiberglass windows to maintain an excellent seal with reduced movement compared to plate glass.

Furthermore, superior stability translates to increased longevity, fewer seal failures, and enhanced paint adhesion.

Are fiberglass windows and doors sustainable?

With an impressive 60% glass content, fiberglass stands out as a top-tier material, primarily derived from abundant silica sand – a true testament to sustainability! Its production demands only a fraction of the energy required for aluminum, making it an eco-friendly choice.

But that’s not all! Fiberglass durability translates into a minimal environmental footprint, offering a solution to our throwaway culture. Investing in enduring products like fiberglass not only curbs landfill waste but also aligns with DUXTON’s commitment to sustainable construction practices that endure for generations.

And here’s the clincher: fiberglass’s exceptional energy efficiency and material qualities make it a popular pick for cutting-edge projects like Net Zero, LEED, and PassivHaus initiatives. It’s the smart, sustainable choice for a brighter future!

Is fiberglass better than PVC?

Fiberglass windows and doors boast impressive bend strength, surpassing PVC by a significant margin. This enhanced strength opens up exciting design possibilities, enabling slimmer frames, larger glass areas, and ultimately, breathtaking views. What’s even more remarkable is that fewer frame divisions are needed for expansive openings. With fiberglass windows, you can achieve panoramic views with floor-to-ceiling glass that spans the entire length of your room. It’s like inviting the outdoors to become a part of your indoor space!

High-quality fibreglass windows offer better energy efficiency than PVC windows, thanks to their superior thermal insulation and tighter seals. These qualities help minimize heat transfer and air leakage, resulting in improved overall energy performance for the home.

What colour options can fiberglass windows accommodate?

Fiberglass windows and doors elevate your design possibilities with unparalleled color flexibility. While PVC typically limits you to light finishes or exterior colors only, fiberglass opens the door to endless color options both inside and out. Whether you prefer a classic hue or a custom shade, the stability of fiberglass allows you to choose any color, light or dark, without compromising durability.

Thanks to its application process, which closely resembles painting a vehicle, fiberglass ensures a long-lasting, weather-resistant finish. With fiberglass, your chosen color will remain vibrant and pristine, adding a touch of personalized style to your home for years to come.

How durable are fiberglass windows and doors?

Fiberglass stands out as an exceptionally stable material, boasting a lifespan projected to be about 40% longer than that of PVC windows. Its low-maintenance finish, applied akin to painting a vehicle, ensures a weather-resistant and enduring surface.

This remarkable material has found its place in a diverse array of commercial projects, from recreational centers and financial institutions to multi-storey towers. Its durability has been put to the test in schools located in the far north, where windows endure both harsh treatment and extreme temperatures.

Crafted from a blend of ultra-strong glass strands and glass matting, fiberglass offers unmatched resilience. The wrapping of glass matting around the glass strands helps distribute impact across the frame, mitigating surface damage. And in the rare event of surface damage, fiberglass can be easily repaired and repainted, ensuring longevity and continued aesthetic appeal.

How does a fiberglass frame impact the glass in a window?

The inherent stability of fiberglass plays a crucial role in safeguarding and extending the lifespan of insulating glass. With minimal movement compared to both the glass and the wall, fiberglass window frames significantly reduce the risk of seal failure or glass breakage. This enhanced stability not only ensures the longevity of your windows but also provides peace of mind knowing that your insulating glass is well-protected.

What is the price difference between fiberglass windows and vinyl or metal clad wood?

When it comes to windows and doors, costs can vary significantly based on brand and component quality. Typically, fiberglass windows tend to be more expensive than vinyl options due to their superior quality. However, there are select vinyl brands that offer comparable pricing to fiberglass. Compared to metal-clad wood, fiberglass prices are often similar, though this can vary by brand.

In terms of energy efficiency, fiberglass windows offer notable advantages. Their superior insulation properties and tight seals help minimize heat transfer and air leakage, leading to lower energy consumption and reduced utility bills over time. While the initial investment may be higher, the potential for long-term energy savings makes fiberglass windows a compelling choice for homeowners looking to optimize efficiency and comfort in their homes. Ultimately, the key consideration lies in the value proposition, where fiberglass windows offer not only exceptional design flexibility and durability but also significant energy efficiency benefits.

What is the price difference between fiberglass windows and aluminum?

In commercial contexts, fiberglass windows may come at a slightly higher price point compared to basic non-thermally broken aluminum options, but typically cost less than thermally broken aluminum alternatives – all while offering superior thermal performance.

Thanks to the low conductivity of fiberglass, thermal breaks are unnecessary, resulting in a system that requires fewer components. This inherent thermal efficiency translates to significant energy savings over the lifespan of the windows, reducing heating and cooling costs for commercial buildings. Additionally, fiberglass window systems often entail significant labor savings as much of the work can be efficiently handled in the factory, reducing costly on-site labor requirements commonly associated with aluminum.

While fiberglass has traditionally been associated with punched openings, its exceptional thermal performance is driving its increasing adoption for small- to medium-sized curtain wall applications. Fiberglass curtain walls offer an effective barrier against heat transfer, enhancing the overall energy efficiency of commercial buildings. As sustainability becomes a paramount concern, fiberglass emerges as a versatile and efficient solution for commercial projects seeking enhanced energy efficiency without compromising on performance or aesthetics.

How do fibreglass windows help my home's overall energy efficiency?

Fibreglass windows enhance your home’s energy efficiency by providing excellent insulation, tight seals, and control over solar heat gain. Their durable construction ensures long-lasting performance, reducing the need for frequent replacements and minimizing environmental impact. By maintaining a comfortable indoor temperature year-round while lowering energy consumption, fibreglass windows contribute to cost savings on utility bills and create a more sustainable living environment.

If you’re ready to get started on enhancing your home, contact us today!

A fiberglass window frame is made by pulling strands of glass through a heated die.

Fibreglass is more durable than PVC. Energy efficiency is a priority of both Dundela and Duxton windows


DRAG SLIDER

Fiberglass window frame AFTER
A pre made fiberglass window frame example BEFORE

Features & Benefits

Fiberglass, essentially a carbon fiber product, finds utility in various applications such as boats, satellites, bridges, and goalie masks. In these applications, it is exposed to extreme temperatures and constant wear. This durability and resilience make fiberglass windows and doors the optimal choice for those who prioritize durability, energy efficiency, and design flexibility.

A fiberglass window frame is made by pulling strands of glass through a heated die.

DRAG SLIDER

Fiberglass window frame AFTER
A pre made fiberglass window frame example BEFORE

Frequently Asked Questions:

Is energy efficiency important for my windows?

Energy-efficient frames with low conductivity discourage the transfer of heat or cold into a building. Compared to metal options, fiberglass windows exhibit significantly lower conductivity. This contrast becomes apparent when comparing the feeling of a fiberglass window frame to that of an aluminum frame in -20°C weather.

In temperature extremes, fiberglass windows must maintain stability, minimizing expansion and contraction to ensure an effective seal. Considering that the bulk of a window consists of glass, surrounding it with a material like fiberglass offers numerous advantages, hence the “Glass on Glass Advantage.” Comprising approximately 60% glass, fiberglass, like plate glass, demonstrates a very low rate of expansion and contraction. This characteristic allows fiberglass windows to maintain an excellent seal with reduced movement compared to plate glass.

Furthermore, superior stability translates to increased longevity, fewer seal failures, and enhanced paint adhesion.

Are fiberglass windows and doors sustainable?

With an impressive 60% glass content, fiberglass stands out as a top-tier material, primarily derived from abundant silica sand – a true testament to sustainability! Its production demands only a fraction of the energy required for aluminum, making it an eco-friendly choice.

But that’s not all! Fiberglass durability translates into a minimal environmental footprint, offering a solution to our throwaway culture. Investing in enduring products like fiberglass not only curbs landfill waste but also aligns with DUXTON’s commitment to sustainable construction practices that endure for generations.

And here’s the clincher: fiberglass’s exceptional energy efficiency and material qualities make it a popular pick for cutting-edge projects like Net Zero, LEED, and PassivHaus initiatives. It’s the smart, sustainable choice for a brighter future!

Is fiberglass better than PVC?

Fiberglass windows and doors boast impressive bend strength, surpassing PVC by a significant margin. This enhanced strength opens up exciting design possibilities, enabling slimmer frames, larger glass areas, and ultimately, breathtaking views. What’s even more remarkable is that fewer frame divisions are needed for expansive openings. With fiberglass windows, you can achieve panoramic views with floor-to-ceiling glass that spans the entire length of your room. It’s like inviting the outdoors to become a part of your indoor space!

High-quality fibreglass windows offer better energy efficiency than PVC windows, thanks to their superior thermal insulation and tighter seals. These qualities help minimize heat transfer and air leakage, resulting in improved overall energy performance for the home.

What colour options can fiberglass windows accommodate?

Fiberglass windows and doors elevate your design possibilities with unparalleled color flexibility. While PVC typically limits you to light finishes or exterior colors only, fiberglass opens the door to endless color options both inside and out. Whether you prefer a classic hue or a custom shade, the stability of fiberglass allows you to choose any color, light or dark, without compromising durability.

Thanks to its application process, which closely resembles painting a vehicle, fiberglass ensures a long-lasting, weather-resistant finish. With fiberglass, your chosen color will remain vibrant and pristine, adding a touch of personalized style to your home for years to come.

How durable are fiberglass windows and doors?

Fiberglass stands out as an exceptionally stable material, boasting a lifespan projected to be about 40% longer than that of PVC windows. Its low-maintenance finish, applied akin to painting a vehicle, ensures a weather-resistant and enduring surface.

This remarkable material has found its place in a diverse array of commercial projects, from recreational centers and financial institutions to multi-storey towers. Its durability has been put to the test in schools located in the far north, where windows endure both harsh treatment and extreme temperatures.

Crafted from a blend of ultra-strong glass strands and glass matting, fiberglass offers unmatched resilience. The wrapping of glass matting around the glass strands helps distribute impact across the frame, mitigating surface damage. And in the rare event of surface damage, fiberglass can be easily repaired and repainted, ensuring longevity and continued aesthetic appeal.

How does a fiberglass frame impact the glass in a window?

The inherent stability of fiberglass plays a crucial role in safeguarding and extending the lifespan of insulating glass. With minimal movement compared to both the glass and the wall, fiberglass window frames significantly reduce the risk of seal failure or glass breakage. This enhanced stability not only ensures the longevity of your windows but also provides peace of mind knowing that your insulating glass is well-protected.

What is the price difference between fiberglass windows and vinyl or metal clad wood?

When it comes to windows and doors, costs can vary significantly based on brand and component quality. Typically, fiberglass windows tend to be more expensive than vinyl options due to their superior quality. However, there are select vinyl brands that offer comparable pricing to fiberglass. Compared to metal-clad wood, fiberglass prices are often similar, though this can vary by brand.

In terms of energy efficiency, fiberglass windows offer notable advantages. Their superior insulation properties and tight seals help minimize heat transfer and air leakage, leading to lower energy consumption and reduced utility bills over time. While the initial investment may be higher, the potential for long-term energy savings makes fiberglass windows a compelling choice for homeowners looking to optimize efficiency and comfort in their homes. Ultimately, the key consideration lies in the value proposition, where fiberglass windows offer not only exceptional design flexibility and durability but also significant energy efficiency benefits.

What is the price difference between fiberglass windows and aluminum?

In commercial contexts, fiberglass windows may come at a slightly higher price point compared to basic non-thermally broken aluminum options, but typically cost less than thermally broken aluminum alternatives – all while offering superior thermal performance.

Thanks to the low conductivity of fiberglass, thermal breaks are unnecessary, resulting in a system that requires fewer components. This inherent thermal efficiency translates to significant energy savings over the lifespan of the windows, reducing heating and cooling costs for commercial buildings. Additionally, fiberglass window systems often entail significant labor savings as much of the work can be efficiently handled in the factory, reducing costly on-site labor requirements commonly associated with aluminum.

While fiberglass has traditionally been associated with punched openings, its exceptional thermal performance is driving its increasing adoption for small- to medium-sized curtain wall applications. Fiberglass curtain walls offer an effective barrier against heat transfer, enhancing the overall energy efficiency of commercial buildings. As sustainability becomes a paramount concern, fiberglass emerges as a versatile and efficient solution for commercial projects seeking enhanced energy efficiency without compromising on performance or aesthetics.

How do fibreglass windows help my home's overall energy efficiency?

Fibreglass windows enhance your home’s energy efficiency by providing excellent insulation, tight seals, and control over solar heat gain. Their durable construction ensures long-lasting performance, reducing the need for frequent replacements and minimizing environmental impact. By maintaining a comfortable indoor temperature year-round while lowering energy consumption, fibreglass windows contribute to cost savings on utility bills and create a more sustainable living environment.

If you’re ready to get started on enhancing your home, contact us today!