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Practical tips for a warmer, more energy efficient home.

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Upgrading your home with Fairco energy-efficient windows is one of the most effective ways to improve year-round comfort, reduce heat loss, and lower your overall energy costs. Modern glazing technology, precision engineering, and airtight installation all contribute to a more efficient home, but how you use and manage your windows day-to-day also plays an important role. With a few simple habits, you can maximise performance and enjoy the very best from your new Fairco installation.

Understanding how modern windows improve efficiency

Today’s high-performance windows do far more than simply close off the cold. Fairco products are crafted using advanced insulated glazing, multi-chambered frames, and airtight seals that work together to keep heat where it belongs – inside your home. This means your heating system doesn’t have to work as hard to maintain a comfortable temperature, particularly during colder months.

Unlike older windows, which often suffer from draughts, weak seals, or single glazing, modern units are engineered to minimise heat transfer. Gas-filled glazing, low-emissivity coatings and warm-edge spacer bars help reduce heat loss, while robust weather seals prevent cold air from entering and warm air from escaping. However, to get the most from these technologies, it’s helpful to understand how heat, ventilation, and daily routines all interact.

Everyday habits that boost energy efficiency

Even the most advanced windows perform best when supported by thoughtful daily habits. These simple routines can help reduce energy waste and maintain a more balanced indoor environment:

Promote natural airflow when needed.
Many Fairco windows include built-in trickle vents, allowing a steady, controlled flow of fresh air without opening the window itself. This helps maintain air quality while avoiding unnecessary heat loss.

Use Tilt & Turn features effectively.
If your home includes Tilt & Turn windows, the “tilt” setting is ideal for passive ventilation. It lets fresh air enter from the top of the sash while maintaining security and minimising heat loss.

Manage heat retention with curtains and blinds.
Closing curtains or blinds at night helps keep warmth inside by adding an additional layer of insulation. Opening them during the day allows natural sunlight to warm your interior spaces – a simple way to take advantage of passive solar gain.

Why ventilation matters as much as insulation

One of the most common misconceptions about energy efficiency is that a home should be sealed as tightly as possible. While airtight windows and doors are essential for preventing heat loss, good ventilation is equally important for maintaining a healthy, stable indoor climate.

A well-ventilated home:

  • Heats up more quickly because fresh air circulates more easily.
  • Keeps warmth for longer with fewer cold spots or damp pockets.
  • Reduces the risk of condensation, mould, and moisture damage.

Modern, energy-efficient homes rely on a balance between insulation and controlled ventilation. Trickle vents, tilt functions, and short bursts of daily window opening all help manage moisture and keep air moving without compromising warmth.

Long-Term Benefits You’ll Notice

Using your Fairco windows mindfully enhances daily comfort and supports long-term home performance. Over time, you can expect:

  • Lower energy consumption and improved heating efficiency.
  • Higher indoor comfort with fewer draughts or cold zones.
  • Healthier indoor air through better moisture and allergen control.
  • Greater overall durability as proper ventilation protects frames and interiors.

Combined with Fairco’s precision installation and high-performance design, these habits help ensure your home remains warm, comfortable, and efficient for years to come. If you are interested in finding out more about the Fairco difference, reach out to our experts! 

Understanding thermal bridging and how it impacts thermal performance

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When homeowners think about window performance, attention usually goes straight to glazing U-values. While glass performance is important, real-world heat loss is often driven by something less visible: thermal bridging. Around windows and doors, poorly designed frames or incorrect installation can create direct pathways for heat to escape, undermining the performance of even the best glazing.

In Ireland’s climate, thermal bridging doesn’t just increase energy demand. It raises the risk of internal surface condensation, mould growth, and long-term fabric damage. Understanding how thermal bridges form, and how they are mitigated, is essential for delivering genuine energy efficiency rather than headline performance figures.

 

What is thermal bridging?

Thermal bridge diagram

A thermal bridge occurs where a material with higher thermal conductivity allows heat to bypass insulation; it is a weak point in the building envelope where heat flows more easily from warm to cold areas.

The Irish Building Regulations recognise thermal bridging as a significant contributor to overall heat loss, which is why Part L requires designers and installers to consider junction performance, not just individual product U-values.

Where thermal bridges typically occur

Thermal bridges can be grouped into several broad types based on how and where heat escapes through the building fabric.

Repeating thermal bridges arise from regularly spaced elements that interrupt insulation, such as wall studs, joists, or metal wall ties. Because these elements occur frequently, their cumulative impact on heat loss can be significant.

Linear, or non-repeating, thermal bridges are commonly found around openings and junctions. These occur where insulation is incomplete or interrupted, for example, at window and door reveals, or where highly conductive materials pass through the insulation layer.

Geometrical thermal bridges occur at changes in building form, such as corners or junctions where walls, floors, and roofs meet. At these points, the external surface area is greater than the internal surface area, which increases the potential for heat loss.

Point thermal bridges are localised penetrations through the thermal envelope. Typical examples include fixings and fasteners, brackets for canopies or façades, flues passing through walls, or isolated steel elements that conduct heat through otherwise insulated areas.

 

How thermal bridging affects window performance

House under construction with installed Fairco windows

Increased heat loss

Thermal bridges allow heat to escape more rapidly than insulated areas, increasing heating demand and reducing overall energy efficiency. Even small linear thermal bridges around window perimeters can have a measurable impact on a home’s BER.

Condensation and mould risk

When internal surface temperatures drop below the dew point, moisture in the air condenses. Thermal bridges create colder internal surfaces around window reveals and frames, making them prime locations for condensation and, over time, black mould growth. This is a common issue in older installations where frames were not thermally broken or properly insulated.

Reduced real-world performance

A window may achieve an excellent centre-pane U-value in laboratory testing, yet perform poorly once installed if thermal bridging at the frame and junctions is not addressed. This performance gap explains why some homeowners experience draughts or cold spots despite investing in high-spec glazing.

Common sources of thermal bridging around windows and doors

Frame materials

Different frame materials conduct heat differently. Older aluminium frames without thermal breaks are particularly conductive, while poorly designed uPVC or timber frames with limited chambering can also underperform.

Modern high-performance frames reduce thermal bridging through:

  • Multi-chambered uPVC profiles
  • Thermally broken aluminium systems using polyamide barriers
  • Engineered timber sections with insulating cores
  • Glazing edge spacers

The spacer bar between panes of glass is a critical but often overlooked component. Traditional aluminium spacers create a linear thermal bridge around the perimeter of the glass.

Warm-edge spacers, typically made from composite or stainless steel materials, reduce heat flow at the glass edge and help maintain higher internal surface temperatures, lowering condensation risk.

Poor installation and exposed junctions

Even the best frames will underperform if installed incorrectly. Gaps, compressed insulation, or uninsulated reveals create continuous thermal bridges between the interior and exterior.

Installation detailing is therefore as important as product specification.

 

Proven strategies to reduce thermal bridging

High-performance insulated frames

Selecting frames designed with thermal breaks and insulating chambers is the first step. At Fairco, frame systems are engineered to minimise conductivity across the entire profile, not just at isolated points.

Warm-edge glazing technology

Specifying warm-edge spacers reduces perimeter heat loss and improves internal surface temperatures, particularly important in bedrooms, kitchens, and high-humidity spaces.

Proper installation and airtightness

Correct installation ensures the window sits within the insulation layer of the wall wherever possible. This reduces exposure of conductive materials and maintains continuity of insulation.

Airtight tapes and membranes further limit convective heat loss, ensuring the thermal performance achieved in testing is delivered on site.

Wraparound and reveal insulation

Insulating the window reveal and returning insulation around the frame significantly reduces linear thermal bridging. This approach is increasingly recommended under Irish building guidance to achieve compliance with Part L and to improve BER outcomes.

Thermal bridging, compliance, and long-term performance

Irish and EU building regulations are increasingly focused on whole-building performance rather than individual components. Addressing thermal bridging is essential for:

  • Meeting Part L conservation of energy requirements
  • Achieving accurate BER ratings
  • Reducing condensation-related defects and callbacks
  • Delivering long-term occupant comfort

Windows and doors that are designed, specified, and installed with thermal bridging in mind perform more consistently over their lifespan, protecting both the building fabric and the homeowner’s investment.

How Fairco approaches thermal bridging

Malahide Front of the house

At Fairco, thermal performance is treated as a system, not a single number. Our window and door solutions combine insulated frames, advanced glazing options, warm-edge spacers, and installation methods designed to reduce thermal bridging at every junction.

This integrated approach ensures that declared U-values translate into real-world energy efficiency, lower condensation risk, and long-term comfort for Irish homes.

Looking to improve real-world window performance? Explore Fairco’s high-performance window and door systems and see how careful design and installation make the difference.

Energy efficiency regulations and ratings for Dublin homes

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Being energy efficient means achieving comfort, managing costs wisely, and meeting legal requirements. Across the EU, the Energy Performance of Buildings Directive (EPBD) requires member states to enforce minimum performance levels for windows and doors. Ireland’s Technical Guidance Document Part L sets the benchmark: replacement windows must achieve U-values of 1.4 W/m²K or better.

These standards are not arbitrary. They ensure that window upgrades deliver measurable improvements in energy performance, cutting waste and helping households align with climate targets. Fairco’s dedication to exceeding standards means our double-glazed units achieve U-values of 1.2, while our triple-glazed units can reach as low as 0.72.

Ratings that guide your decision

Several rating systems help homeowners compare options:

  • Building Energy Rating (BER): Managed by the SEAI, this scale runs from A (most efficient) to G. Upgrading windows and doors is one of the fastest ways to boost a property’s BER.
  • BFRC Window Energy Ratings (WER): Labels from A++ to E provide a combined score that accounts for insulation, solar gain, and air leakage. (BFRC)
  • U-values: A measure of how much heat a window lets through. The lower the U-value, the better the insulation. Current Irish regulations typically demand 1.4 W/m²K or lower. (Gov.ie)

By checking these independent ratings, homeowners avoid relying on marketing claims and gain confidence in long-term performance.

Dublin-specific considerations

Fairco has installed energy-efficient windows and doors in over 35,000 Dublin homes during the past 25 years. Our experience has taught us that simply following general regulations alone is not enough because there context of the situation is not one size fits all.

  • Older housing stock: Many Dublin properties still rely on single glazing. Upgrading can cut annual heating costs by 20–30%, depending on house type, according to the SEAI.
  • Conservation areas: In heritage districts, slimline sash windows can preserve period character while delivering modern performance. The SEAI supports sensitive upgrades that balance efficiency with architectural integrity.
  • Urban density: For homes near busy streets, triple glazing is as much about soundproofing as energy savings. It improves comfort while meeting BER targets.

Long-term value and sustainability

Replacing windows and doors is a long-term investment, not a quick fix. Benefits include:

  • Reduced heating bills for decades
  • Improved BER rating and higher property value
  • Better comfort and health from warmer, more stable indoor temperatures
  • A reduced carbon footprint in line with national and EU goals

The European Commission notes that buildings account for around 40% of total EU energy use and 36% of greenhouse gas emissions. Window upgrades are, therefore, one of the most impactful changes homeowners can make.

Fairco’s approach to compliance and performance

Fairco designs products to not only meet but also exceed regulatory requirements. Options include:

  • OMNIA Flush system: Ireland’s only fully matching flush window and door suite, offering continuity and thermal efficiency across the home.
  • Heritage sash range: Authentic design with slim profiles for period homes, combining style with modern energy performance.
  • High-performance doors: Insulated frames and multi-point locks for better draught-proofing and security.

With airtight installation and advanced glazing, these ranges provide real-world performance gains, boosting BER ratings and improving everyday comfort.

Energy-efficient windows and doors are more than a style upgrade, they are a requirement for future-ready, comfortable homes. For Dublin homeowners, understanding ratings, regulations, and local conditions is key to making the right investment.

Book a free consultation with Fairco today to explore compliant, high-performance solutions that improve efficiency, value, and comfort in your home.

 

Essential features of choosing energy-efficient windows and doors for your home

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Learn what to look for in windows and doors to maximise energy savings and comfort in your Dublin home

With energy costs continuing to rise and climate change concerns growing, Irish homeowners are increasingly looking for ways to reduce their energy consumption while maintaining comfort. After installing energy-efficient windows and doors for over 35,000 homes across Dublin over the past 25+ years, we’ve seen firsthand how the right choices can transform both energy bills and living comfort. When it comes to home energy efficiency, few upgrades deliver as significant an impact as replacing old windows and doors.

However, choosing the right solution for your home can feel overwhelming, with confusing terminology and technical details at every turn. This article is designed to simplify this process, we’ll outline the essential features and provide the foundational knowledge you need to confidently navigate the range of options available. If you want to explore further, we’ve included links to more detailed articles on the relevant topics for deeper insight.

Essential features to consider

Triple Glazing vs. Double Glazing

The glazing is where most heat transfer occurs, making it crucial to get it right.  Here’s what to consider:

  • Double glazing consists of two panes of glass with a sealed gap filled with air or inert gas, usually argon. It has become the baseline standard in Ireland and the UK.
  • Triple glazing uses three panes of glass with two gas-filled cavities, providing superior insulation and better sound reduction. This is especially valuable for exposed or colder regions as the middle pane in triple glazing creates an additional thermal barrier

You can read our full breakdown of Double-Glazing vs Triple-Glazing in this article here.

Low-Emissivity (Low-E) Coatings

These microscopic metallic coatings reflect heat back into your home while allowing light through. They’re particularly effective in Dublin’s climate, where retaining heat is often more important than blocking it.

Gas Fills

Argon or krypton gas between panes provides better insulation than air. Argon is the most common and cost-effective, while krypton offers superior performance at a higher price point.

Frame materials

The frame can account for 10-30% of a window’s total area, making material choice crucial:

uPVC

uPVC frames offer excellent thermal performance, particularly when multi-chambered, making them highly efficient at reducing heat loss. They are low-maintenance, cost-effective, and widely used in modern homes. When paired with double-glazed units, uPVC windows can achieve U-values between 1.0 and 1.4 W/m²K, delivering strong energy efficiency.

Aluminium with thermal break

Thermally broken aluminium frames are designed to prevent heat conduction, enhancing overall insulation. Their slim profiles allow for larger glass areas, maximising natural light, while the material itself is durable and low-maintenance, suitable for contemporary designs.

Composite materials

Composite frames combine the advantages of different materials, often featuring timber on the interior and aluminium or uPVC on the exterior. This combination offers premium performance, balancing insulation, durability, and low maintenance while delivering a high-quality aesthetic.

For an in-depth comparison of Fairco frame materials, you can read our blog here.

Installation quality

Even the best windows will underperform if poorly installed. Key considerations include:

  • Air tightness: Airtightness is critical in window installation because even the highest-quality glazing and frames can underperform if there are gaps or leaks around the edges.
  • Proper sealing: Around the frame perimeter to prevent thermal bridging.
  • Structural integrity: Ensuring long-term performance without damage to the unit or the structure.

Fairco’s professional installation ensures every window and door performs at its best, protecting your investment and delivering reliable energy savings year after year.

Maximising energy savings

Smart glass positioning

The orientation of your windows affects energy performance. South-facing windows benefit from higher solar heat gain during winter, helping to naturally warm your home. North-facing windows should prioritise low U-values to minimise heat loss, while east and west-facing windows require a balanced approach to manage both heat gain and loss throughout the day.

Integration with home systems

Modern energy-efficient windows deliver the best results when considered as part of a holistic home strategy. Improved insulation reduces the workload on your heating system, helping it operate more efficiently. Enhanced airtightness works in harmony with mechanical ventilation systems to maintain indoor air quality without wasting energy. Additionally, high-quality windows complement heat pump installations, supporting sustainable and cost-effective home heating solutions.

Security integration

Energy-efficient windows don’t mean compromising security. Multi-point locking systems, reinforced frames, and laminated glass can all be incorporated without affecting thermal performance. Many homeowners are surprised to learn that energy-efficient windows often exceed standard security requirements as a natural consequence of their robust construction.

Our security article gives a deeper insight into exactly what safety features you should be familiar with when considering your upgrades.

Financial considerations and payback

While energy-efficient windows require upfront investment, the payback calculation is compelling:

Direct energy savings

Homeowners typically see 15-25% reduction in heating bills when replacing single-glazed windows with high-performance alternatives. For an average Dublin home spending €1,500-2,000 annually on heating, this represents €225-500 in annual savings.

Property value enhancement

Energy-efficient windows contribute to better BER (Building Energy Rating) ratings, which also increasingly influence property values and rental potential.

Grant opportunities

While standalone window grants are no longer available, window and door replacements are supported as components of broader energy efficiency packages under the SEAI National Home Energy Upgrade Scheme for properties built before 2011.

Helpful insights

Focusing only on price

The cheapest option often delivers the poorest long-term value. Consider the total cost of ownership, including energy savings and maintenance over 20-30 years.

Ignoring professional installation

DIY or bargain installation often voids warranties and significantly reduces performance. Professional installation ensures optimal performance.

Mismatched performance expectations

Understanding your specific needs, such as heritage requirements, noise reduction, and security concerns, helps select appropriate specifications rather than assuming one size fits all.

Overlooking maintenance requirements

Different materials have varying maintenance needs. Factor ongoing care into your decision-making process.

The Long-Term Perspective

Energy-efficient windows are a 20-30 year investment. Climate change will likely increase energy costs and tighten efficiency regulations. Choosing high-performance options now future-proofs your home while delivering immediate comfort and savings benefits.

Quality energy-efficient windows transform more than energy bills; they enhance comfort, reduce condensation, minimise outside noise, and improve security. For Dublin homeowners, they represent one of the most effective ways to create a more comfortable, sustainable, and valuable home.

The key to success lies in understanding your specific needs, choosing appropriate specifications, and ensuring professional installation. With Faircos’s commitment to carbon neutrality and continued focus on energy efficiency, helping you invest in quality windows and doors isn’t just about today’s comfort; it’s about creating a home that remains efficient, comfortable, and valuable for decades to come.

Ready to explore energy-efficient windows and doors for your home? Book a free consultation with Fairco experts who understand Dublin homes and climate requirements.

Why energy efficiency matters for your home and wallet

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Energy efficiency isn’t just a buzzword, it’s a practical way to make your home more comfortable, reduce unnecessary spending, and increase its overall value. With rising energy costs and growing awareness of environmental impact, more homeowners are realising that choosing energy-efficient upgrades, such as modern windows and doors, is one of the smartest investments they can make.

In this article, we’ll explore the key reasons why energy efficiency matters for your home and wallet.

Comfort, savings, and sustainability in one investment

Lower energy bills all year round in Ireland

One of the most immediate benefits of energy efficiency is cost savings. Traditional single-glazed windows and poorly insulated doors allow at least 25% of indoor-generated heat to escape during winter and allow unwanted warmth in during summer. This forces your heating or cooling system to work harder, driving up energy bills.

By contrast, energy-efficient windows and doors with advanced glazing, insulated frames, and tight seals help regulate indoor temperatures naturally. That means your home stays warmer in winter, cooler in summer, and your energy bills shrink month after month. Over time, the savings can offset the initial investment, making efficiency not just good for the planet but great for your wallet too.

A more comfortable living space

Energy efficiency isn’t only about savings; it is also about how your home feels. Drafts, cold spots near windows, or overheating rooms in summer are all signs of poor insulation.

Energy-efficient windows and doors solve these problems by:

  • Reducing drafts and heat loss through improved seals.

  • Blocking excessive solar gain in warmer months with advanced glazing.

  • Keeping indoor temperatures more stable throughout the year.

The result? A more comfortable, healthier living environment for you and your family.

Reducing your environmental impact

Every time your heating or cooling system switches on unnecessarily, it increases your home’s carbon footprint. In Ireland, heating and cooling account for over 61% of household energy use. With climate change at the forefront of global conversations, reducing household emissions is more important than ever.

Energy-efficient windows and doors help reduce energy consumption at the source, cutting down your reliance on fossil fuels. By making these upgrades, you’re actively contributing to a more sustainable future, without compromising comfort or style.

Boosting your property value in Dublin

Homebuyers today are looking for efficiency. According to property experts, homes with modern, energy-efficient features not only sell faster but also command higher prices by 3-8%. Why? Because buyers know they’ll save money on bills and enjoy a warmer, more comfortable home from day one.

Upgrading to high-performance windows and doors is an investment that pays back twice: once through reduced energy bills, and again when it’s time to sell your home.

Noise reduction

While most people focus on heat retention and cost savings, energy-efficient windows and doors also significantly reduce outside noise. Double or triple-glazed units with insulated frames act as a barrier against traffic, neighbours, or general street noise, creating a quieter, more peaceful home environment. Studies show that properly sealed, multi-glazed units can cut external noise levels by up to 50% compared to single glazing.

This additional benefit makes efficiency upgrades even more appealing, especially in urban or suburban areas.

The long-term value of efficiency

Unlike short-term fixes, energy-efficient windows and doors are built to last. With durable materials like uPVC, aluminium, or treated timber, these products resist warping, rotting, and weather damage. Combined with low-maintenance finishes and long warranties, homeowners can enjoy decades of improved performance without constant repairs.

That long-term reliability translates to more consistent comfort and savings well into the future.

How it all ties together

Improving your home’s energy efficiency is the first step toward a more comfortable, sustainable, and valuable property.

  • Save hundreds of euros per year on bills

  • Cut 25–30% of heat loss from your home

  • Boost property value by up to 8%

  • Create a more comfortable and quieter living environment

  • Reduce your carbon footprint and reliance on fossil fuels

Ready to start saving?

Upgrading to energy-efficient windows and doors is one of the smartest investments you can make for your home. From cutting bills and reducing emissions to boosting property value, the benefits are undeniable.

Reach out to our expert team for your free consultation to find out how you can increase energy efficiency in your home.

Should I choose double or triple-glazing?

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Which glazing is right for your home?

One of the most important decisions you’ll make when upgrading your windows is choosing the right type of glazing. Should you go with double-glazing or invest in triple-glazing? The good news is, there’s no one-size-fits-all answer. Both options are highly effective when matched with the right needs and conditions.

Double glazing offers excellent thermal insulation and is a smart, cost-effective choice for most homes. Triple-glazing, on the other hand, provides enhanced performance for energy efficiency, noise reduction, and overall comfort, particularly in colder climates or high-traffic areas. The best choice depends on your home’s orientation, location, and insulation goals.

Installing energy-efficient windows and doors is one of the most impactful ways to conserve energy and create a more comfortable living space. At Fairco, we specialise in crafting high-performance, visually stunning windows and doors designed for the Irish climate. Whether you’re looking to lower your monthly energy bills, reduce noise, boost security, or add value to your property, we’re here to help you make a confident, informed decision.

 

Why invest in insulation?

Windows and doors can lose up to 15% of the heat in your home to the outside environment. Modern energy-efficient double-glazed and triple-glazed windows and doors are designed to insulate your house from cold and damp Irish weather and provide a more comfortable and safe living environment, and reduce energy costs.  Whether you are considering double-glazing or triple-glazing, modern window and door upgrades can provide long-lasting benefits for homeowners.

 

A way to save money and reduce energy bills

Outdated windows and doors are notorious for letting heat escape during winter and allowing heat to enter during summer, leading to higher energy costs. Heat loss occurs through poorly insulated, constructed, or installed windows and doors and can cost a household at least €600 a year in energy bills, with the average energy bill of a 3-bedroom semi-detached house in Ireland being €1,752. Poor insulation can account for as much as one-third of your energy bill. That’s why many homeowners choose to upgrade to energy-efficient windows and doors. Fairco’s BFRC-certified products are independently tested and proven to meet high standards of thermal performance, helping you save money while keeping your home comfortable year-round.

What is the difference between double and triple-glazing?

Double glazing consists of two panes of glass separated by a sealed layer of inert gas, providing effective thermal insulation and energy efficiency. It offers a cost-effective solution for most homes and is particularly well-suited to south-facing windows or areas exposed to lower levels of noise pollution. While it allows more UV light to pass through, contributing to increased solar heat gain, this can be a beneficial feature in colder climates or for maximising passive heat from the sun.

Triple glazing features three panes of glass with inert gas between them, providing two layers of insulation. While typically more expensive than double-glazing, this option provides superior insulation and noise reduction. Triple Glazing is recommended for openings facing the north, stronger wind directions and high noise and air pollution areas, such as road-facing sides of the house.

Both options will provide improved energy efficiency for your home. Installation of a mix of both options based on your house’s needs and the recommendation from our Installation Professional is generally a suitable choice. For those looking at maximum insulation, soundproofing and security, triple-glazing is recommended.

 

Why triple glazing stands out

A lot of research has been done into thermal efficiency. There is a technical way to measure exact heat loss through various building material types, which is measured by the “U value”. The lower the U value, the better. It is calculated with the equation W/m2K this equation is a measurement of loss of energy in Watts (W) for every square meter(m2) of material when the outside temperature measured in Kelvin (K) is at least a degree lower.

As mentioned above, the lower the U value, the better. Our modern triple-glazed windows with advanced coatings and frames can reach values as low as 0.8 W/m2K, while single-glazed windows are usually between 4.5 and 5.7 W/m2K, and double-glazed windows are between 1.2 and 3.3 W/m2K.

 

Protect your valuables with UV coatings

Sunlight contains a type of radiation known as ultraviolet (UV) rays. Over time, too much exposure to these rays can cause fading and damage to the things you love, like carpets, curtains, furniture, and even artwork. It’s one of the main reasons why some items in your home lose their colour or look worn out sooner than expected.

At Fairco, we help protect your home from that kind of damage. Our windows and doors are made with special energy-saving glass that has a Low-E (low-emissivity) coating. This clever technology blocks up to 99% of harmful UV rays, helping to keep your interiors looking fresh and vibrant for longer.

If you’re looking for the best of both comfort and protection, our OMNIA range is a fantastic choice. With its modern flush design and top-level energy performance (U-values as low as 0.78 W/m²K), OMNIA helps keep your home warmer in winter, cooler in summer, and safer from sun damage, all while looking sleek and stylish.

 

Final thoughts: A smart investment for your home

Upgrading to energy-efficient windows and doors isn’t just about cutting costs; it’s about transforming your home into a more comfortable, secure, and eco-friendly space. With the right choice of glazing, you can say goodbye to chilly drafts, noisy streets, and skyrocketing energy bills. Plus, with advanced UV protection, your furniture and décor will stay vibrant for years to come.

Whether you opt for double or triple glazing, investing in modern, high-performance windows and doors is a decision that pays off in the long run. Not only will you enjoy a warmer, quieter home, but you’ll also see the savings reflected in your energy bills.

So why wait? Take the step towards a more efficient and stylish home today!