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Recent & Featured Articles BELOW
Below is a selection of our most recent or popular blog posts. Click through for full content, images, and commentary.
- The Importance of Expert Installation in the Glazing Process
Expert glazing installation ensures lasting performance, energy efficiency, and safety. Professional installers create airtight seals, prevent leaks, and meet building standards—maximising the durability and appearance of your windows.
- How to Choose the Right Bi-Fold Doors for Your Home
Choosing the right bi-fold doors enhances your home’s light, space, and style. Consider material, energy efficiency, and security to find a durable, low-maintenance option that suits your design. Quality installation ensures smooth operation and lasting performance.
- The Importance of Professional Survey in the Glazing process
A professional glazing survey ensures accurate measurements, identifies structural issues, and guarantees a perfect fit. Expert surveys prevent costly mistakes, improve energy efficiency, and ensure your glazing performs safely and effectively for years.
- The benefits of Sliding doors | The Fenestration Network
Sliding doors offer a sleek, space-saving design that maximises natural light and creates a seamless indoor-outdoor connection. They provide excellent energy efficiency, easy operation, and a modern look—enhancing comfort, style, and property value.
- Rise of Slimline Aluminium Doors: Why Homeowners Love Them
Slimline aluminium doors are increasingly popular for their sleek design, strength, and energy efficiency. Their narrow frames allow more natural light and uninterrupted views, offering a modern, durable, and low-maintenance solution that elevates any home’s aesthetic.
- A Guide to PAS 24 Security Standards in Windows and Doors
PAS 24 security standards ensure windows and doors meet strict performance requirements for strength and resistance to forced entry. Choosing PAS 24-certified products provides peace of mind, enhanced home security, and compliance with modern building regulations.
- Energy Efficiency in Modern Windows: Homeowners Need to know
Modern energy-efficient windows help reduce heat loss, lower energy bills, and improve home comfort. With advanced glazing, insulated frames, and airtight seals, they keep homes warmer in winter and cooler in summer—boosting sustainability and long-term value.
- Heritage Aluminium Windows: Blending Tradition with Modern
Heritage aluminium windows combine classic design with modern performance. They replicate traditional steel or timber styles while offering superior insulation, durability, and low maintenance—making them ideal for period homes seeking timeless charm with contemporary efficiency.
- Aluminium vs. uPVC: Which Windows Are Right for Your Home?
Choosing between aluminium and uPVC windows depends on your style, budget, and performance needs. Aluminium offers a sleek, durable, and modern finish, while uPVC provides excellent insulation and value—helping homeowners find the perfect balance of design and efficiency.
- How to plan a Glazed Extension: Design and Technical
Planning a glazed extension requires balancing design, performance, and structural integrity. Consider orientation, glazing type, and thermal efficiency to maximise natural light and comfort. Expert design and technical planning ensure a stunning, durable, and energy-efficient addition to your home.
- Extension vs Orangery vs Glass Room: Which option suits best?
Choosing between an extension, orangery, or glass room depends on your lifestyle, budget, and design goals. Extensions add solid living space, orangeries offer a blend of brick and glass elegance, while glass rooms maximise light and outdoor connection—each enhancing your home in unique ways.
The Importance of Expert Installation in the Glazing Process
Introduction
Even the best windows and doors can underperform if they’re not installed correctly. While choosing high-quality products is essential, expert installation is what truly brings them to life.
Professional installers ensure that your new glazing looks great, performs efficiently, and complies with UK safety and energy standards. In contrast, poor installation can lead to draughts, leaks, and costly repairs.
In this article, we’ll explore why expert fitting is such a crucial part of the glazing process — and how it can make all the difference between a good upgrade and a great one.
Why Installation Quality Matters
Installing windows and doors isn’t just about securing frames to walls. It’s a precise, technical process that requires skill, experience, and attention to detail.
Poor installation can result in:
Air and water leaks, leading to damp or mould.
Reduced energy efficiency, increasing your bills.
Draughts and rattling frames.
Difficulty opening and closing windows or doors.
Voided warranties due to non-compliant fitting.
Professional installers, on the other hand, ensure perfect alignment, airtight seals, and long-term durability.
The Role of a Professional Installer
Expert installers go beyond the basics of fitting — they’re trained to assess, prepare, and execute every detail to ensure performance and longevity.
Key steps include:
1. Pre-Installation Inspection
Checking openings, lintels, and sills for damage or unevenness.
Confirming product sizes and specifications from the survey report.
2. Precise Alignment
Frames are positioned and levelled with millimetre accuracy.
Shims and fixings are used to eliminate gaps and stress points.
3. Sealing and Insulation
Use of premium sealants and expanding foams to prevent draughts and water ingress.
4. Safety and Compliance
Installers ensure the work meets FENSA, Part L, and Part Q building regulations.
5. Finishing Touches
Perfect internal trims, clean seals, and operational checks on every window and door.
The Benefits of Expert Installation
1. Guaranteed Performance
Even small fitting errors can compromise energy efficiency. Expert installers ensure each frame and seal works exactly as designed, maintaining your product’s thermal and acoustic performance.
2. Energy Efficiency and Comfort
Properly fitted windows and doors eliminate cold spots and draughts, helping maintain stable indoor temperatures — and reducing your heating bills.
3. Long-Term Durability
Correct installation reduces frame stress, prevents warping, and extends the lifespan of your glazing system.
4. Security Assurance
Professional fitters install multi-point locks and hardware to manufacturer standards, ensuring your home remains safe and compliant with PAS 24 requirements.
5. Warranty Protection
Most manufacturers’ warranties require professional installation by accredited fitters. A poor DIY job could invalidate your product guarantee.
6. Clean, Professional Finish
From precise sealing to tidy trims, expert installers ensure your glazing looks as good as it performs.
FAQs
Q: Can I install my own windows to save money?
A: It’s possible, but risky. Without professional expertise, you may void warranties, reduce efficiency, and fail building regulations.
Q: How long does installation take?
A: Most residential installations take 1–3 days, depending on the number and type of windows or doors.
Q: Do installers handle disposal of old frames?
A: Yes. Reputable companies include safe removal and recycling as part of the service.
Q: Will professional installation improve my EPC rating?
A: Yes — expert fitting maximises your glazing’s thermal performance, improving your overall energy rating.
Conclusion
Expert installation is the final and most important step of the glazing process. It ensures your investment performs as promised — delivering warmth, comfort, security, and beauty for years to come.
Always choose certified professionals who understand both the products and the regulations behind them. Your windows and doors will thank you.
How to Choose the Right Bi-Fold Doors for Your Home
Few home improvements transform a living space quite like bi-fold doors. Sleek, space-saving, and visually stunning, they create a seamless flow between your indoor and outdoor areas — flooding your home with natural light and giving it a modern, open-plan feel.
But with so many materials, opening configurations, and performance options available, choosing the right bi-fold doors can feel overwhelming.
In this guide, we’ll walk you through everything you need to know — from materials and energy efficiency to design tips and real-life examples — so you can find the perfect bi-fold doors for your home.
What Are Bi-Fold Doors?
Bi-fold doors (or folding-sliding doors) consist of multiple panels that fold back concertina-style, stacking neatly to one or both sides.
They’re connected by concealed hinges and slide along a track, allowing you to open up entire walls for uninterrupted garden access and panoramic views.
Unlike traditional French or sliding doors, bi-folds provide maximum flexibility — you can open one section for everyday use or fold them all back for open-air living.
Key Benefits of Bi-Fold Doors
More Natural Light: Slim frames and wide openings brighten interior spaces.
Indoor-Outdoor Living: Seamless transition between the house and garden.
Flexible Opening Options: Choose full-width openings or single “traffic doors” for quick access.
Aesthetic Appeal: Adds a contemporary, high-end look to any property.
Energy Efficiency: Advanced glazing keeps heat in during winter and out during summer.
Added Property Value: Modern bi-folds are a sought-after feature for homebuyers.
Choosing the Right Material
Choosing the Right Material
Your choice of frame material affects not just the look but also the performance and maintenance of your doors.
Aluminium Bi-Fold Doors
Strength: Allows ultra-slim frames and large glass panels.
Durability: Won’t warp, rot, or fade — perfect for UK weather.
Low Maintenance: Just a quick clean keeps them looking new.
Modern Look: Ideal for contemporary homes and extensions.
uPVC Bi-Fold Doors
Affordability: Typically cheaper than aluminium.
Good Insulation: Offers solid energy performance.
Thicker Frames: Bulkier sightlines may reduce glass area slightly.
Timber Bi-Fold Doors
Warm Aesthetic: Natural, traditional appeal for period homes.
High Maintenance: Requires regular painting or varnishing.
Best For: Heritage properties where natural materials are preferred.
Configuration Options
Bi-fold doors can be tailored to your exact space and lifestyle.
Panel Numbers:
Available in configurations from 2 to 8 panels, depending on opening width.
More panels = wider openings but more stacking space required.
Opening Directions:
Inward or outward opening: Choose based on available patio or interior space.
Single access (traffic) door: Allows everyday use without unfolding all panels.
Threshold Options:
Standard Threshold: Best insulation and weather protection.
Low/Flush Threshold: Seamless indoor-outdoor flow — ideal for level patios and accessibility.
Glazing and Energy Efficiency
Modern bi-fold doors are built for performance as well as style.
Double Glazing: Standard for most installations, offering excellent insulation.
Triple Glazing: Ideal for exposed or north-facing walls, offering superior thermal efficiency and soundproofing.
Low-E Coatings: Reflect heat back into your home.
Solar Control Glass: Prevents overheating in south-facing properties.
Many high-quality aluminium bi-fold systems achieve U-values as low as 1.2 W/m²K, exceeding UK Building Regulations.
Security Features
Today’s bi-fold doors combine style with strength. Look for:
Multi-point locking systems on main and intermediate panels.
Shoot bolts at the top and bottom of each panel.
Toughened or laminated safety glass for impact resistance.
PAS 24 certification for compliance with UK security standards.
Some systems also integrate with smart locks and home security apps for ultimate peace of mind.
Design and Colour Options
One of the biggest appeals of aluminium bi-folds is the design flexibility.
Choose from hundreds of RAL colours, including dual-colour options.
Finishes range from matt, satin, gloss, and textured surfaces.
Minimalist handles, flush tracks, and concealed hardware create a clean, architectural look.
Add blinds-between-glass or integrated shades for privacy and light control.
Maintenance Tips
Clean tracks regularly to prevent debris from affecting operation.
Lubricate hinges and locks once or twice a year.
Check drainage holes to ensure smooth water runoff.
Avoid harsh chemicals on powder-coated frames — mild soap and water work best.
With proper care, aluminium bi-fold doors can last 30–40 years with no repainting required.
FAQs
Q: How much do bi-fold doors cost?
A: Prices vary depending on size, material, and glazing — typically between £1,500 and £5,000+ for a full installation.
Q: Are bi-fold doors energy efficient?
A: Yes. Modern aluminium and uPVC systems achieve excellent U-values with advanced glazing and seals.
Q: What’s better — sliding or bi-fold doors?
A: Sliding doors offer larger uninterrupted glass panels; bi-folds provide full openings and flexibility.
Q: Can I have bi-folds on an old house?
A: Absolutely. With the right design, they can complement traditional homes beautifully.
Conclusion
Bi-fold doors are one of the most rewarding home upgrades you can make — combining aesthetics, performance, and lifestyle enhancement in one sleek package.
Whether you choose aluminium for a contemporary look, uPVC for value, or timber for heritage charm, investing in quality bi-folds will bring light, space, and style to your home for decades.
The Importance of Professional Survey in the Glazing process
Introduction
Replacing your windows or doors is a major investment — one that can improve comfort, energy efficiency, and the look of your home for decades. But before installation begins, there’s one crucial step that sets the foundation for success: a professional survey.
A glazing survey isn’t just about measuring window openings. It’s a detailed, technical process that ensures every aspect of your installation — from structural fit to energy performance — is precise and compliant.
In this guide, we’ll explain what a professional survey involves, why it’s vital, and how skipping it could cost you time, money, and peace of mind.
What Is a Glazing Survey?
A glazing survey is a comprehensive site assessment carried out by an experienced surveyor before manufacturing or installing new windows and doors.
It includes:
Accurate measurements of every opening.
Assessment of frames, lintels, and walls for structural soundness.
Identification of potential challenges, such as uneven surfaces or access limitations.
Review of building regulations (Part L and FENSA compliance).
Advice on product suitability for the property’s environment (e.g., coastal, heritage, high-exposure).
Why a Professional Survey Matters
1. Precision and Accuracy
Even small measurement errors can cause major installation issues. A 2mm mistake in frame size can lead to draughts, leaks, or poor insulation.
A professional survey ensures every window or door fits perfectly — no gaps, no misalignment, no compromises.
2. Structural Safety
Surveyors assess whether the property’s openings are capable of supporting new glazing systems. They’ll check lintels, load-bearing walls, and surrounding masonry for weaknesses that could affect installation.
3. Compliance with Building Regulations
All replacement glazing in the UK must comply with Part L (energy efficiency) and Part F (ventilation) of Building Regulations.
A qualified surveyor understands these requirements and ensures the chosen products meet or exceed them — protecting both your investment and legal compliance.
4. Custom Solutions
Every home is different. A professional survey helps tailor products and installation methods to your property’s unique needs — whether it’s uneven brickwork, non-standard openings, or conservation restrictions.
5. Avoiding Delays and Costly Errors
A professional survey catches potential issues before manufacturing begins, preventing delays, product waste, or reordering costs.
What Happens During a Survey
During a professional glazing survey, the surveyor will typically:
1. Measure all window and door openings with precision tools.
2. Note sill heights, reveal depths, and frame thickness requirements.
3. Assess interior and exterior finishes.
4. Check accessibility for installation teams.
5. Record environmental factors (wind exposure, sunlight, moisture).
6. Confirm product specifications with the client.
All this data feeds directly into the manufacturing process to ensure a perfect fit and flawless installation.
FAQs
Q: Is a survey really necessary for small jobs?
A: Yes. Even a single door or window replacement benefits from accurate measurement and site assessment.
Q: How long does a survey take?
A: Typically between 30 minutes and two hours, depending on property size.
Q: Who performs the survey?
A: Qualified surveyors trained in glazing systems, building regulations, and structural assessment.
Q: What happens if issues are found?
A: The surveyor will recommend adjustments or preparatory work before installation to ensure long-term integrity.
Conclusion
A professional glazing survey is more than a formality — it’s the foundation of a high-quality, trouble-free installation.
By ensuring accuracy, compliance, and safety, a survey protects your investment and guarantees that your new windows or doors perform exactly as intended.
The benefits of Sliding doors | The Fenestration Network
Sliding doors have become a defining feature of contemporary UK homes — loved for their sleek style, practicality, and ability to connect living spaces with the outdoors.
Whether you’re planning a new extension, a garden renovation, or simply want to bring more light into your home, modern sliding doors offer the perfect blend of aesthetics and performance.
In this guide, we’ll explore the many benefits of sliding doors, explain how they compare to bi-fold systems, and show why they’re an increasingly popular choice among homeowners and architects alike.
1. Maximised Natural Light
Sliding doors are all about light and openness. With large, uninterrupted panes of glass, they invite natural daylight deep into your living space — transforming even small rooms into bright, welcoming environments.
Slim aluminium frames and wide glazing areas create a near wall-to-wall window effect, blurring the boundaries between inside and out. This not only enhances your home’s atmosphere but also improves mood and energy efficiency through passive solar gain.
2. Seamless Indoor-Outdoor Living
Few features create a stronger connection between house and garden than sliding doors.
They glide effortlessly open, expanding your living space into patios or terraces — perfect for entertaining, relaxing, or simply enjoying the view.
Modern designs with low or flush thresholds ensure smooth transitions with no steps or barriers, creating that sought-after “indoor-outdoor flow” that defines contemporary living.
3. Space-Saving Design
Unlike French or bi-fold doors that swing or fold outward, sliding doors move along their own track — meaning no clearance space is required inside or outside.
This makes them ideal for:
Apartments and smaller homes.
Urban properties with limited garden space.
Open-plan kitchen and dining areas where space efficiency matters.
Sliding systems can be installed in two-, three-, or even four-panel configurations to suit any layout.
4. Energy Efficiency and Performance
Modern sliding doors are engineered for energy efficiency, comfort, and all-weather performance.
Key features include:
Thermally broken aluminium frames that prevent heat transfer.
Double or triple glazing with argon gas for insulation.
Low-E coatings that reflect heat back into your home.
Weather-sealed tracks for draught-free operation.
Many high-end sliding systems achieve U-values as low as 1.0–1.2 W/m²K, easily meeting UK Building Regulations and improving overall EPC ratings.
5. Elegant, Modern Aesthetics
There’s a reason sliding doors are favoured in contemporary architecture: they’re simple, elegant, and timeless.
Aluminium models feature minimalist sightlines, sleek profiles, and customisable finishes — from subtle matte tones to bold metallics.
With expansive glass panels, sliding doors enhance both the internal feel of your home and the external view, making them a striking design statement.
6. Smooth Operation and Durability
Gone are the stiff, rattling patio doors of the past. Modern sliding systems use precision-engineered rollers and tracks for whisper-quiet, effortless movement.
High-quality aluminium frames won’t warp, rust, or swell — even in the unpredictable UK climate. With simple maintenance, they can last 30–40 years or more.
7. Enhanced Security
Security is a top priority for modern glazing, and sliding doors are no exception.
Today’s models include:
Multi-point locking systems.
Anti-lift tracks to prevent forced entry.
Toughened or laminated glass for impact resistance.
PAS 24 certification for tested and proven safety standards.
Some even integrate smart locks and remote monitoring options for total peace of mind.
8. Low Maintenance
Unlike timber frames, aluminium sliding doors require almost no upkeep. The durable powder-coated surface resists corrosion, fading, and peeling.
Maintenance is as simple as:
Cleaning the glass and frames a few times a year.
Keeping tracks clear of debris.
Lubricating rollers annually.
That’s it — no repainting, no weatherproofing, no hassle.
9. Customisation Options
From minimalist urban designs to bold architectural statements, sliding doors can be tailored to fit your exact style and space.
Frame Colours: Over 200 RAL finishes, including dual-colour options.
Glazing Choices: Tinted, solar-control, or acoustic glass.
Panel Configurations: 2–6 panels with multiple track systems.
Handles and Hardware: Available in stainless steel, brushed chrome, or colour-matched finishes.
This flexibility makes sliding doors suitable for any home — from heritage cottages to ultra-modern extensions.
FAQs
Q: Are sliding doors suitable for small homes?
A: Yes! Their space-saving design makes them perfect for compact properties.
Q: Do sliding doors meet UK energy standards?
A: Absolutely. Modern systems with thermal breaks and high-performance glazing exceed Part L regulations.
Q: How secure are they?
A: With multi-point locks and toughened glass, sliding doors are just as secure as traditional options — if not more.
Q: Can they be automated?
A: Yes, premium systems can include motorised opening and smart home integration for added convenience.
Conclusion
Sliding doors are the perfect combination of beauty, performance, and practicality. They maximise light, save space, and create effortless connections between home and garden — transforming the way you live and entertain.
Whether you’re building new or renovating, a professionally installed sliding system will elevate your property’s comfort, style, and value for years to come.
Rise of Slimline Aluminium Doors: Why Homeowners Love Them
Introduction
Slimline aluminium doors have become one of the biggest architectural trends in UK homes — from modern extensions and luxury renovations to everyday home upgrades. Homeowners are moving away from bulky frames and small panes of glass in favour of slimline aluminium systems that offer a sleek, modern aesthetic, superior performance, and a seamless connection between indoor and outdoor spaces.
Their popularity stems from a simple design philosophy: more glass, less frame. In an era where natural light and energy efficiency are high on every homeowner’s list, slimline aluminium doors have become a statement feature that elevates both design and practicality.
What Are Slimline Aluminium Doors?
Slimline aluminium doors are designed with extremely narrow sightlines — the visible width of the door frame that surrounds the glass. Traditional patio or French doors often have chunky frames that obstruct views and limit natural light. Slimline systems, on the other hand, use high-strength aluminium profiles that maintain structural rigidity even with minimal framing.
This allows for larger panes of glass, thinner borders, and a cleaner, more minimalist appearance. Modern slimline doors are engineered with thermal breaks, multi-point locks, and high-performance glazing, ensuring that the aesthetic benefits come without compromise to security or insulation.
Why Homeowners Love Slimline Aluminium Doors
1. More Glass, Less Frame
The biggest draw of slimline aluminium doors is their ability to flood interiors with natural light. With up to 90% glazing, rooms feel larger, brighter, and more connected to the outdoors.
2. Modern Aesthetic
Whether you live in a new-build home or a Victorian terrace, slimline aluminium doors offer timeless elegance. The clean lines and sleek finish complement both contemporary and heritage designs.
3. Indoor-Outdoor Living
Homeowners increasingly want spaces that blend indoors and outdoors. Slimline sliding or bifold doors create seamless transitions to patios, decks, and gardens, perfect for entertaining or relaxing on summer evenings.
4. Strength and Durability
Aluminium is lightweight but incredibly strong. Unlike timber or uPVC, it won’t warp, rot, or swell, even in harsh UK weather. Powder-coated finishes ensure colour and appearance stay flawless for decades.
5. Low Maintenance
Aluminium requires virtually no upkeep — just occasional cleaning to keep frames and tracks free of debris.
6. Longevity and Value
A high-quality slimline system can last over 40 years, maintaining performance and aesthetics far beyond cheaper alternatives. It’s an investment that enhances both comfort and property value.
Types of Slimline Aluminium Doors
Homeowners can choose from several configurations depending on their layout, style, and budget:
Bi-Fold Doors: Multiple panels that fold and stack neatly to one side, opening entire walls. Perfect for large openings and family living spaces.
Sliding Doors: Offer the slimmest frames and most uninterrupted views. Premium systems achieve sightlines as narrow as 20mm.
French Doors: A modern interpretation of the classic design, ideal for smaller openings where symmetry and elegance matter.
Pivot Doors: Oversized statement pieces that rotate on a central hinge — often seen in luxury properties.
Energy Efficiency
Modern slimline aluminium doors are built for performance as well as looks. Early aluminium systems were poor insulators, but today’s models incorporate polyamide thermal breaks, argon-filled glazing, and low-emissivity (Low-E) coatings.
These features prevent heat transfer through the frames and glass, ensuring your home stays warm in winter and cool in summer. Many slimline doors now meet or exceed UK Building Regulations, achieving U-values as low as 1.0 W/m²K.
The result: lower energy bills and improved comfort without sacrificing style.
Security and Strength
Despite their delicate appearance, slimline aluminium doors are some of the most secure systems on the market.
Most high-quality models come with:
PAS 24 certification (meeting British Standards for enhanced security).
Multi-point locking mechanisms for stronger closure points.
Laminated or toughened glass options for impact resistance.
The inherent strength of aluminium means frames can support large glass panels without compromising safety.
Customisation Options
Every home is different, and slimline aluminium doors can be tailored to match your style perfectly:
Choose from hundreds of RAL colours, including dual-colour options (different inside/outside).
Select glazing types (tinted, frosted, solar control, or acoustic).
Pick handle finishes, thresholds, and configurations to complement your space.
For homeowners in heritage properties, manufacturers also offer steel-look slimline designs — maintaining period charm while upgrading performance.
Case Studies
Surrey Family Home: A kitchen extension fitted with 6m-wide slimline sliding doors transformed a dark, enclosed space into a bright, social hub. The doors achieved U-values of 1.2 W/m²K and added 15% to the property’s resale value.
Birmingham Renovation: A Victorian terrace integrated slimline bi-folds to open the rear façade completely, connecting the dining room with the garden. The result was a striking modern-meets-classic design that increased natural light by 30%.
FAQs
Q: Are slimline aluminium doors expensive?
A: They cost more than uPVC or timber, but the long lifespan, reduced maintenance, and added property value make them a cost-effective choice in the long run.
Q: Do they work in traditional homes?
A: Yes! Heritage slimline systems can replicate the look of classic steel windows while offering modern insulation.
Q: How wide can they go?
A: Some sliding systems can handle panels up to 3 metres wide and 3 metres high, offering breathtaking floor-to-ceiling glass walls.
Q: Can I use them in an extension or orangery?
A: Absolutely. Slimline aluminium doors are perfect for modern extensions, garden rooms, and orangeries — providing both insulation and a clean architectural look.
Final Thoughts
Slimline aluminium doors represent the perfect balance of design and performance. They bring light, luxury, and longevity to any property, all while improving energy efficiency and boosting value.
If you’re renovating or building new, these doors are more than a passing trend — they’re a long-term investment in comfort, beauty, and sustainability.
A Guide to PAS 24 Security Standards in Windows and Doors
Introduction
Home security is a top priority for every UK homeowner, and with good reason. According to recent data, the majority of break-ins occur through windows and doors — often because of weak locks or poor-quality materials. That’s why it’s essential to ensure your new windows and doors meet recognised British security standards.
One of the most important of these is PAS 24, a benchmark for enhanced security performance. In this guide, we’ll explain what PAS 24 means, how it’s tested, and why choosing PAS 24-certified products gives you extra peace of mind.
What Is PAS 24?
PAS 24 (Publicly Available Specification 24) is a UK security standard developed by the British Standards Institution (BSI). It specifies the minimum performance requirements for the security of windows and doorsets used in residential properties.
In short, it ensures that your doors and windows can withstand forced entry attempts using tools and techniques commonly employed by intruders.
PAS 24 certification is not a legal requirement for every installation — but it’s a strong indication that your chosen products have been tested to the highest levels of safety.
What Does PAS 24 Cover?
PAS 24 applies to:
External doorsets (e.g. front, back, bi-fold, and sliding doors)
Windows of all types (casement, tilt & turn, sash, etc.)
It covers a range of performance criteria, including:
Resistance to mechanical loading and impact
Lock manipulation and forced entry attempts
Glass and frame security integrity
Hardware durability
Essentially, a PAS 24-certified window or door has been proven to resist break-in attempts for a specific duration under strict test conditions.
How PAS 24 Testing Works
Testing for PAS 24 is carried out in specialised laboratories by accredited third-party organisations. The goal is to simulate real-world burglary attempts.
Here’s what happens during testing:
1. Mechanical Load Testing – Heavy loads are applied to key areas like locks, hinges, and corners to assess structural strength.
2. Manual Attack Testing – Technicians use tools such as crowbars, chisels, and screwdrivers to try to force entry.
3. Impact Testing – Panels and glass are struck repeatedly to simulate blunt-force attacks.
4. Manipulation Tests – Locking mechanisms are tested to ensure they can’t be easily picked or tampered with.
Only products that withstand these rigorous procedures without failing are granted PAS 24 certification.
Why PAS 24 Certification Matters
For homeowners, PAS 24 is more than just a label — it’s a guarantee of protection.
Here’s why it’s important:
Proven Security: Products are tested under strict conditions to ensure they resist forced entry.
Insurance Compliance: Many UK insurance providers recognise PAS 24-certified products and may offer lower premiums.
Peace of Mind: You can rest easy knowing your home meets modern safety expectations.
Compliance with Building Regulations: PAS 24 can help developers and installers meet Approved Document Q of Building Regulations, which mandates security in new dwellings.
Other Relevant Security Standards
While PAS 24 is the most recognised, it often works alongside other certifications:
Secured by Design (SBD): A police initiative promoting crime-prevention through building design. To earn this accreditation, products must be PAS 24 compliant.
BS EN 1627: A European standard similar to PAS 24, focusing on resistance classes for windows and doors.
BS 7412: Pertains specifically to uPVC window performance, including security and durability.
Choosing PAS 24-Certified Windows and Doors
When choosing new windows or doors, always ask your installer or manufacturer:
Are your products PAS 24:2022 certified (the latest version)?
Is certification valid for both the frame and hardware?
Do they include multi-point locks and reinforced glazing?
You’ll typically find PAS 24 certification on the manufacturer’s datasheet, technical documents, or product labels.
For aluminium systems, check brands like Smart Systems, AluK, and Cortizo, which all offer PAS 24-compliant ranges.
FAQs
Q: Is PAS 24 a legal requirement?
A: For existing homes, it’s not mandatory — but it is for new builds and major refurbishments under Building Regulations Part Q.
Q: Does PAS 24 cover the glass too?
A: Yes, the standard includes tests for glazing systems, ensuring glass cannot be easily removed or broken to gain entry.
Q: Can uPVC windows be PAS 24 certified?
A: Absolutely. PAS 24 applies to all materials — aluminium, uPVC, timber, and composite.
Q: How can I check if my windows are PAS 24 compliant?
A: Ask your installer for the product’s test certificate or check the manufacturer’s specification sheet.
Case Example
A homeowner in Nottingham upgraded their 15-year-old front and back doors to PAS 24-certified aluminium doorsets. Within weeks, they noticed not only improved peace of mind but also enhanced insulation and quieter interiors thanks to the improved door seals and glazing.
Conclusion
PAS 24 certification is one of the most important indicators of quality and safety in windows and doors. By choosing PAS 24-compliant products, you’re investing in more than security — you’re investing in peace of mind, long-term value, and protection for your home and family.
Energy Efficiency in Modern Windows: Homeowners Need to know
Introduction
With energy prices at record highs, UK homeowners are looking for smarter ways to make their homes more efficient and comfortable. One of the most effective — yet often overlooked — upgrades is installing energy-efficient windows.
Modern window systems combine advanced materials, multi-layer glazing, and innovative seals to dramatically reduce heat loss. The result? Lower bills, fewer draughts, and a smaller carbon footprint.
In this guide, we’ll explore exactly how energy-efficient windows work, what to look for when choosing them, and how to get the best long-term value from your investment.
Why Energy Efficiency Matters
Windows account for up to 20% of a home’s total heat loss. Poor insulation allows warm air to escape in winter and lets heat in during summer, forcing your boiler or air conditioning to work harder.
Installing energy-efficient windows helps to:
Reduce energy consumption and carbon emissions.
Improve comfort by eliminating cold spots and condensation.
Increase property value by raising your EPC rating.
Lower heating bills — often saving £200–£400 per year on average-sized homes.
It’s a win for your wallet, your comfort, and the environment.
How Energy-Efficient Windows Work
Energy-efficient windows use a combination of innovative frame designs, multi-layer glazing, and special coatings to keep your home insulated.
Here are the main components that make a difference:
1. Double vs. Triple Glazing
Double glazing has two panes of glass separated by an insulating gas layer (usually argon).
Triple glazing adds a third pane, offering superior insulation and noise reduction.
2. Low-E (Low Emissivity) Coatings
A nearly invisible metallic layer reflects heat back into your home while still allowing sunlight to pass through.
This helps retain warmth in winter and reduces overheating in summer.
3. Warm Edge Spacers
Traditional aluminium spacers between glass panes conduct heat, leading to condensation.
Warm edge spacers made from composite materials eliminate this problem, keeping edges warmer and energy flow minimal.
4. Gas Fills
The space between glass panes is filled with inert gases like argon or krypton to further reduce heat transfer.
5. U-Values
The lower the U-value, the better the insulation.
For context:
Old single glazing = around 5.0 W/m²K
Modern double glazing = 1.4–1.6 W/m²K
High-end triple glazing = 0.8–1.0 W/m²K
Aluminium Windows and Energy Efficiency
Once known for being poor insulators, aluminium windows have come a long way.
Thanks to thermal break technology, aluminium frames now include an insulated polyamide section that separates the inner and outer parts of the frame. This prevents heat from transferring through the metal.
Combined with modern glazing, today’s aluminium windows can achieve U-values as low as 1.0 W/m²K, putting them on par with — or even ahead of — uPVC alternatives.
Their slim sightlines also allow for larger panes of glass, maximising solar gain during daylight hours, which naturally warms your home.
Government Standards and Building Regulations
In the UK, Building Regulations Part L set minimum energy performance standards for windows and doors.
As of the latest update:
Replacement windows must achieve a U-value of 1.6 W/m²K or better.
New builds generally target 1.4 W/m²K or better.
High-performance products exceeding these standards may also help improve your EPC (Energy Performance Certificate) rating — a key selling point for modern buyers.
Government schemes such as the Home Upgrade Grant (HUG) and Energy Company Obligation (ECO) occasionally offer funding for energy-efficiency improvements, including windows.
Benefits of Energy-Efficient Windows
The advantages of upgrading go far beyond lower bills:
Lower Energy Costs: Reduce heat loss and keep energy bills under control.
Improved Comfort: No more cold draughts or hot spots — enjoy stable indoor temperatures.
Noise Reduction: Especially with triple glazing or acoustic glass.
Less Condensation: Warm edge spacers and gas-filled units help eliminate window fog.
Higher Property Value: Energy-efficient homes attract buyers and achieve better prices.
Environmental Impact: Reduced CO₂ emissions help you live more sustainably.
Real-World Case Studies
Leeds: A homeowner replaced 20-year-old timber sash windows with modern aluminium triple-glazed systems. Their annual heating bills dropped by 18%, and the home’s EPC improved from D to B.
Bristol: A semi-detached property upgraded to A-rated uPVC double glazing and reported improved comfort and a 10% reduction in condensation within weeks.
Manchester: A modern extension fitted with slimline aluminium windows saw energy use fall by 12% thanks to better insulation and solar gain.
FAQs
Q: Is triple glazing always better than double glazing?
A: Not necessarily. Triple glazing offers higher insulation and soundproofing, but it’s heavier and more expensive. For southern UK homes, top-quality double glazing often provides the best balance of cost and performance.
Q: Can aluminium windows really be energy-efficient?
A: Absolutely. Modern systems with thermal breaks and A+ rated glazing rival or exceed uPVC energy performance.
Q: How long do energy-efficient windows last?
A: Aluminium and uPVC windows can last 25–40 years, depending on maintenance and quality.
Q: How soon will I see savings?
A: Most homeowners notice reduced heating bills within the first year and typically recoup the investment within 7–10 years.
Conclusion
Energy-efficient windows are one of the most effective ways to future-proof your home. They improve comfort, reduce bills, and make your property more eco-friendly — all while adding value and aesthetic appeal.
Whether you prefer uPVC for affordability or aluminium for design and longevity, upgrading your windows is a smart investment in both performance and sustainability.
Heritage Aluminium Windows: Blending Tradition with Modern
Introduction
Heritage-style homes hold a timeless beauty — elegant proportions, sash details, and classic symmetry that modern architecture often struggles to match. Yet, older properties also come with a challenge: inefficient windows that let in draughts, condensation, and noise.
For homeowners looking to preserve traditional aesthetics without sacrificing performance, heritage aluminium windows offer the ideal solution. These windows combine the slim, elegant look of steel or timber with the energy efficiency, durability, and low maintenance of modern aluminium systems.
Whether you live in a listed property, a period terrace, or a modern home inspired by heritage design, this guide will help you understand why aluminium heritage windows are fast becoming the preferred choice across the UK.
What Are Heritage Aluminium Windows?
Heritage aluminium windows are designed to replicate the style of traditional steel or timber windows, often seen in pre-war and mid-century buildings.
They feature:
Slim sightlines for an authentic steel-look design.
Horizontal and vertical glazing bars to mimic original window proportions.
Deep profiles and beading details that echo traditional craftsmanship.
While they retain a period appearance, heritage aluminium windows are built with modern thermal breaks, multi-point locking, and energy-efficient glazing, offering the best of both worlds.
Why Homeowners Love Them
1. Authentic Appearance
Heritage aluminium systems maintain the same visual proportions as classic steel windows, making them ideal for Georgian, Victorian, and Edwardian properties.
2. Energy Efficiency
Unlike original steel windows, which are poor insulators, modern aluminium models incorporate thermal barriers and double or triple glazing — keeping your home warm and efficient.
3. Durability and Longevity
Aluminium won’t rust, rot, or warp. With powder-coated finishes, these windows last 30–40 years or more with minimal upkeep.
4. Low Maintenance
No painting, sanding, or varnishing — just occasional cleaning.
5. Planning Approval Friendly
Many councils now accept heritage aluminium as a suitable alternative to steel for listed buildings and conservation areas, thanks to their authentic appearance.
The Difference Between Heritage Aluminium and Steel Windows
While steel remains a premium choice for certain architectural restorations, aluminium provides a more accessible and versatile alternative.
This makes heritage aluminium windows a smart choice for most homeowners seeking traditional aesthetics without the maintenance burden or high price tag.
Applications and Styles
Heritage aluminium windows are available in a variety of styles to match different property types:
Crittall-Style Windows: The classic multi-pane grid pattern synonymous with industrial and art deco design.
Casement Windows: Hinged at the side, offering a traditional yet versatile option.
Fixed or Picture Windows: Perfect for replicating large steel-framed designs with uninterrupted glass.
French Casement Windows: Elegant, symmetrical openings common in Georgian architecture.
They can be finished in black, anthracite grey, or bespoke RAL colours, including dual-colour options for period interiors.
Energy Efficiency and Performance
Unlike their steel predecessors, heritage aluminium windows deliver outstanding thermal performance.
Thermal Breaks: A polyamide barrier separates the inner and outer frame, preventing heat transfer.
Double or Triple Glazing: Argon-filled units and low-E coatings reduce heat loss and condensation.
U-Values: Many models achieve between 1.2 and 1.6 W/m²K, meeting or exceeding UK Building Regulations.
They’re also weather-sealed and acoustic-rated, keeping out draughts, noise, and pollution — a major benefit for urban properties.
Heritage Windows in Listed Buildings
Installing new windows in a listed building or conservation area can be challenging. Planners typically require windows to match the original design as closely as possible in terms of sightlines, proportions, and materials.
While traditional steel is sometimes specified, heritage aluminium windows often meet the same visual requirements at a lower cost and with higher efficiency.
To improve your chances of approval:
Provide detailed product drawings to your local conservation officer.
Choose systems specifically designed for heritage or conservation projects (e.g. Smart Systems Heritage 47 or AluK Crittall-style).
Retain the original opening sizes and visual proportions.
Real-World Examples
London Warehouse Conversion: Heritage aluminium windows replaced corroded steel frames, improving insulation while maintaining the industrial character of the building.
Victorian Terrace in Bath: Aluminium heritage casement windows approved for a conservation area, matching the originals perfectly but cutting energy use by 25%.
Art Deco Home in Surrey: Black aluminium Crittall-style windows added period charm with modern glazing performance.
These projects prove that you can preserve historical beauty while upgrading comfort and sustainability.
FAQs
Q: Are heritage aluminium windows suitable for listed buildings?
A: Yes — many councils approve them as acceptable steel alternatives when designs closely replicate the originals.
Q: How long do they last?
A: With minimal maintenance, heritage aluminium windows can last over 40 years.
Q: Can they match existing steel or timber windows?
A: Yes. Manufacturers can replicate frame thickness, glazing bar patterns, and colour finishes for a perfect match.
Q: Do they come with double glazing?
A: Most models include energy-efficient double glazing as standard, though triple glazing is available for extra insulation.
Benefits Beyond Aesthetics
Heritage aluminium windows don’t just look beautiful — they add real-world value:
Lower energy bills from improved thermal performance.
Enhanced security with multi-point locks and toughened glass.
Reduced noise for peaceful living in busy areas.
Increased property value through improved efficiency and kerb appeal.
Conclusion
Heritage aluminium windows are the ultimate fusion of past and present — preserving the craftsmanship and charm of traditional architecture while delivering modern efficiency, security, and comfort.
For homeowners, developers, and architects alike, they offer the opportunity to honour history while embracing the future.
Aluminium vs. uPVC: Which Windows Are Right for Your Home?
Introduction
When it comes to replacing your windows, the choice between aluminium and uPVC can feel overwhelming. Both are popular across the UK and offer unique advantages — but which is right for your home? In this guide, we’ll explore the differences in style, cost, performance, and durability, helping you make an informed decision.
What’s the Difference Between Aluminium and uPVC Windows?
Aluminium and uPVC are the two most common window materials in the UK.
- Aluminium windows are known for their slim, sleek frames and long lifespan. Modern designs include thermal breaks and advanced glazing, making them far more energy-efficient than older models.
- uPVC windows are more budget-friendly, naturally insulating, and require little maintenance. They’re available in a wide range of finishes but are generally bulkier than aluminium.
Choosing between the two often comes down to balancing aesthetic preferences, budget, and long-term goals.
Advantages of Aluminium Windows
1. Sleek Modern Design – Slim frames mean more glass and more natural light, giving a contemporary, minimalist look.
2. Durability – Aluminium doesn’t warp, rot, or rust, lasting 30–40 years with proper care.
3. Energy Efficiency – With modern thermal breaks and double/triple glazing, aluminium achieves impressively low U-values.
4. Customisation – Available in hundreds of RAL colours, including dual-colour frames.
5. Sustainability – Aluminium is 100% recyclable, making it a greener choice.
Advantages of uPVC Windows
1. Affordability – Typically 20–40% cheaper than aluminium.
2. Energy Efficiency – Naturally insulating, especially with modern glazing.
3. Low Maintenance – No painting or sealing required; just occasional cleaning.
4. Wide Availability – Offered by most UK installers, making them easy to source.
Comparing Aluminium and uPVC Side by Side
Feature | Aluminium | uPVC
--------|-----------|------
Cost | Higher upfront cost | Lower upfront cost
Style | Slim, modern, contemporary | Chunkier frames, more traditional
Energy Efficiency | Excellent with modern thermal breaks | Very good, naturally insulating
Lifespan | 30–40 years | 20–25 years
Maintenance | Minimal | Minimal, but may discolour
Recyclability | 100% recyclable | Less sustainable
FAQs
Q: Are aluminium windows colder than uPVC?
A: Not anymore. Older aluminium windows had poor insulation, but modern systems use thermal breaks and advanced glazing, making them as efficient — or more efficient — than uPVC.
Q: Do uPVC windows discolour over time?
A: Yes, especially in south-facing homes with strong sunlight. Higher-quality uPVC and darker colours resist this better.
Q: Which is better for resale value?
A: Aluminium tends to appeal to buyers looking for contemporary style and durability, which can boost property value.
Q: What if I live in a conservation area?
A: Many councils prefer timber or timber-look windows. However, some aluminium systems are designed to replicate heritage styles and may be approved.
Real-Life Examples
- A homeowner in Manchester upgraded to slimline aluminium windows in a Victorian terrace, gaining 25% more natural light and cutting energy bills by 18%.
- A couple in Kent chose uPVC for their semi-detached home, saving £4,000 compared to aluminium while still improving energy ratings.
Which Is Best for Your Home?
- Choose Aluminium if you want sleek modern design, durability, and long-term value.
- Choose uPVC if you’re working to a tighter budget and want good performance at a lower price point.
Conclusion
Both aluminium and uPVC windows have their place in UK homes. Aluminium offers superior style, longevity, and recyclability, while uPVC delivers affordability and strong insulation. The right choice depends on your priorities.
How to Plan a Glazed Extension: Design & Technical
Introduction
A glazed extension can transform your home — flooding your interior with natural light, creating a sense of space, and forging an elegant connection between inside and out. But getting this right isn’t just about aesthetics. If not properly designed, glazed extensions can suffer from thermal bridging, leaks, condensation, and structural issues.
In this guide, we walk you through the essential steps, technical considerations, and best practices when planning a glazed extension — particularly when integrating the building work and glazing under one expert team (like ours). Use this as your roadmap to a high-performance, beautiful glazed extension.
1. Establish Your Vision & Objectives
Start by clarifying why you want the glazed extension. Some common goals include:
- Brightening and opening up a living space
- Creating a dramatic indoor-outdoor transition
- Adding usable year-round space (dining, study, lounge)
- Boosting property appeal and value
With your goals defined, sketch a rough layout. Consider how the extension connects to your existing home — solid walls, glazing, circulation, views, and how it will function with your lifestyle.
Tip: Always ask — how does the glass meet the building fabric? This is where many problems arise if not handled carefully.
2. Site Survey, Constraints & Planning
Before detailed design, you and your contractor should assess:
- Site constraints: orientation, shading from trees or buildings, access for construction, drainage, ground levels
- Local planning rules: permitted development rights, impact on heritage or conservation areas, restrictions in designated areas
- Structural constraints: how your extension ties into existing foundations or walls, ground bearing capacity
- Glazing compatibility: existing window/door systems, materials, aesthetics
It’s wise to engage a structural engineer early to assess whether additional load-bearing supports will be needed (especially for roof glazing).
3. Choosing the Right Glazing & Systems
Glazing is not one-size-fits-all. The choices here affect comfort, performance, and durability. Key decisions include:
- Double vs Triple Glazing: Triple glazing offers better insulation (lower U-values) and noise control, though at higher cost.
- Low-E / Solar Control Coatings: These limit heat gain in summer while retaining warmth in winter.
- Structural / Frameless Glazing: Using structural glazing systems lets the glass itself carry some load with hidden fixings.
- Laminated / Toughened Safety Glass: For durability, CLTD compliance, and security.
- Glazing Profiles & Frames: Thermally broken aluminium, steel, or custom composite profiles.
- Ventilation & Opening Elements: Incorporate window vents, roof vents, sliding / folding doors to manage heat, airflow, and comfort.
A good rule: always design glazing choices in concert with structural, thermal, and drainage elements — not as an afterthought.
4. Structural Detailing, Junctions & Waterproofing
This is where your building + glazing integration strategy pays off. Key areas to pay attention to:
- Junctions where glass meets structure: transitions between glass frames and masonry must include proper flashings, seals, and drainage paths.
- Thermal breaks & insulation continuity: Avoid thermal bridging at junctions by using insulated connection details.
- Support beams and lintels: these need to be sized to deal with the weight and span, especially above large glass panels or roof glazing.
- Roof drainage / fall design: roof slopes, internal gutters, and outlets must remove water reliably to avoid ponding or leaks.
- Sealants & waterproof membranes: Use high-quality, long-life seals; expect maintenance points in your design.
- Condensation / moisture control: Provide adequate ventilation, airtightness, and moisture barriers.
5. Energy, Comfort & Environmental Considerations
To make your glazed extension comfortable and efficient:
- Optimise orientation: Use south-facing glazing wisely (solar gain in winter, overheating in summer)
- Shading & solar control strategies: external louvres, overhangs, blinds, or solar-control coatings
- High performance materials: choose high insulation for walls, roofs, and floors to balance the glazing
- LED / smart lighting & controls: dimming, daylight sensors, zoned control
- Passive ventilation strategies: stack vents, cross ventilation, roof vents
- Integration with HVAC systems: consider underfloor heating, VRF or radiators that align with glazed spaces
The goal: a space that is usable in all seasons without excessive energy penalty.
6. Project Phasing & Construction Workflow
To manage complexity, structure your project into clear phases:
- Site works & foundations
- Superstructure / walls / roof shell
- Structural frames & lintels
- Glazing installation
- Internal finishes & mechanical / electrical works
- Commissioning, sealing checks, performance validation
Because you’re overseeing both building & glazing, your team can ensure handoffs are smooth — no surprises or gaps.
7. Common Pitfalls & How to Avoid Them
- Mis-designed junctions causing leaks
- Thermal bridging at interfaces
- Poor drainage / ponding on roof glazing
- Overheating or glare without shading control
- Inadequate ventilation or condensation issues
- Mismatched materials/expansion issues
Solutions: rigorous design reviews, mock-up testing, use durability-tested sealants, and continuous quality control.
8. Post-Completion Care & Maintenance
Even the best extension needs upkeep:
- Inspect seals, flashing, and drainage annually
- Clean glazing surfaces (roof & walls) carefully
- Check for movement, settlement or cracks
- Monitor condensation patterns and address problem zones
- Maintain integrated mechanical systems
Offer clients a maintenance schedule as part of your handover.
Conclusion
A glazed extension done properly is a work of art: light, structure, and utility fused into a stunning new space. The key to success lies in marrying the structural and glazing methods from day one, under an expert, coordinated approach.
If you’re planning a glazed extension — and want a partner who can manage the full project from structure to glass — we’d love to help. Contact us today to discuss your vision, run a site survey, and develop a technically sound and beautiful glazed extension for your home.
Extension vs Orangery vs Glass Room: Which Option Suits Best
Introduction
When you decide to expand your home, there’s more to consider than just extra space. You’ll want a solution that looks great, performs well in all seasons, and integrates seamlessly with your glazing systems. In this post, we compare three popular forms of home extension: traditional brick extension, orangery, and glass room / glazed box. We discuss benefits, drawbacks, and how to choose the best option based on your home, budget, and lifestyle.
1. What Are the Differences?
Traditional Extension
A conventional extension built with solid walls, roof, insulation, and windows — it feels like an organic part of the house.
Orangery
A hybrid: mostly brick or solid walls combined with glazed walls and often a lantern or pitched glazed roof. Offers a balance of structure and light.
Glass Room / Glazed Box
Highly glazed structure, often with minimal solid wall area, relying heavily on glass and structure (sometimes structural glazing).
Each of these sits at a different point on the spectrum of structural solidity vs transparency.
2. Pros & Cons Compared
3. Key Decision Factors & When Each Makes Sense
- Existing architecture & aesthetic harmony
If your home has a particular material or style, a traditional extension or orangery may blend more naturally. A fully glazed box, while dramatic, is best when you want contrast or a contemporary touch.
- Light & view priority
If your main goal is to flood a space with daylight or showcase garden views, the glass room or orangery may be better.
- Budget & cost control
Traditional rooms are easiest to cost; glazed rooms carry hidden costs (structural upgrades, specialist glazing, higher maintenance).
- Thermal / energy efficiency goals
If you demand high insulation and lower energy bills, a traditional or well-detailed orangery may perform better unless the glazing is top-tier.
- Complexity tolerance
If you prefer a less risky, simpler delivery, traditional extensions offer fewer surprises. Glass rooms demand high coordination and quality control.
- Planning / regulatory constraints
Listed buildings, conservation areas, or tight planning rules may restrict extent of glazing, roof design, or materials — pushing you toward orangery or traditional extension.
4. How Integration of Building Work & Glazing Makes the Difference
No matter which form you choose, success hinges on how well the structural and glazing aspects are integrated. That’s where many projects go wrong. Key integration points:
- Junctions between glass walls and masonry
- Glazing thresholds, thresholds, drainage paths
- Roof structure and glazing interfaces
- Thermal bridging and continuity
- Sealants, flashing, and waterproofing
- Movement / expansion compatibility
Projects executed by separate glazing companies and building companies often suffer from mismatches, leaks, and performance shortfalls. By contrast, when one team manages both structure and glazing, you get a smoother, more reliable result.
5. Technical & Performance Considerations
Regardless of style, some universal design considerations apply:
- Heat gain & shading design — especially important for glazed spaces
- Thermal breaks in profiles and at junctions
- Ventilation & airflow to manage summertime heat
- Acoustic performance — glazing vs solid wall balance
- Load / support design for large spans
- Quality sealing, drainage, and water management
Well-designed orangeries often offer a middle ground: enough glass for light and atmosphere, enough structure for thermal stability and design flexibility.
6. Real-World Use Cases
- Family dining / living extension: Orangery often hits the sweet spot — open yet well-insulated
- Garden room / entertaining pavilion: Glass room ideal for dramatic views
- Home office / studio: Traditional or orangery with large glazed walls
- Kitchen extension: Hybrid glass + solid walls, possibly a lantern roof
For instance, many homeowners use glass rooms for visual impact, but later find shading and heating become issues if design was not rigorous.
7. Cost & Timeline Insights
- Traditional extensions are usually lower cost per square metre and faster (less specialized).
- Orangery costs add glazing, roof lanterns, and higher detailing.
- Glass boxes are the costliest per m² — premium glazing, structural supports, drainage, and careful detailing make them more complex.
- Timelines: typical extension might be 3–6 months; orangery 4–8 months; fully glazed rooms potentially similar to orangery but with more commissioning time.
8. Maintenance & Durability
The more glass you use, the more critical maintenance becomes:
- Annual inspection of seals, flashings, drainage
- Cleaning glass surfaces (especially roof glazing)
- Monitoring for leaks or condensation issues
- Maintaining or replacing mechanical systems (vents, blind systems, HVAC)
- Ensuring your drainage and waterproofing remain fully functional
Treat maintenance as part of the cost and design it in up front.
Conclusion
There is no one-size-fits-all. The right choice depends on your home, priorities, budget, planning constraints, and your appetite for complexity. But one thing is clear: success lies in integration — when structure and glazing are designed as one.
If you’re considering expanding your home with a traditional extension, an elegant orangery, or a dramatic glazed room — and want a team that can design and deliver both the building work and glazing in perfect harmony — we’d love to talk. Reach out today for a survey, design consultation, or to explore which style is right for you.
10% off all orders placed before 30th November 2025
Applicable only to orders resulting from new quotes produced from 15th October to 30th November, must include full supply, survey and installation and must include any combination of the below:
Windows/ Bi Folding Doors/ Sliding Doors/ French Doors/ Entrance Doors/ Windows/ Garden Studios, Glass Balustrades, Orangeries.