Based in Trowbridge, Wiltshire
Minimal if done by professionals — installers protect floors and clear debris, but some dust and noise are to be expected.
Window replacement is generally tidy when installers use protective coverings and follow best practice. Internal disruption is short-lived, with most debris removed each day.
Typically 1–2 days, depending on the number of windows and access conditions.
Window installers usually replace all frames in a 3-bed semi in a day or two. Prepared sites with clear access make the process smooth. More complex joinery or heritage products extend the timetable.
Condensation between panes means the sealed unit has failed. Replacement sealed units fix the issue; good ventilation and warm-edge spacers help prevent it.
Moisture between panes indicates loss of the hermetic seal. Replacing the sealed unit resolves the problem. Ventilation and improved window technology help reduce indoor humidity and prevent future issues.
UPVC can yellow slightly over decades, especially in strong sunlight, but modern stabilisers largely prevent this.
Earlier generations of UPVC often showed sun-related yellowing, particularly on south or west elevations. Today’s materials include UV stabilisers that greatly reduce this effect, though over very long periods minor changes can still occur.
Composite doors typically last 25–30+ years, while timber doors might need major work at 15–20 years without upkeep.
Composite doors blend materials to resist moisture and temperature shifts, extending service life. Timber doors can be long-lasting with maintenance, but untreated wood degrades more quickly.
Annually — lubricate hinges and locks, and inspect seals. Replacement seals may be needed every 5–10 years depending on wear.
UPVC hardware benefits from yearly inspection, particularly in exposed south-facing or rural settings. Hinges and locks should be lubricated, and seals checked for compression and brittleness. Replacing worn seals restores weather performance and can prevent condensation or heat loss.
Yes. Specialist slimline and heritage-style frames are available and often required in conservation areas subject to local planning guidance.
Windows in conservation zones often need to replicate historic appearance. Manufacturers and installers offer timber or timber-effect products with bespoke proportions, traditional glazing bars, and authentic detailing. Always check local council guidance before specifying.
Yes. Modern doors with multi-point locks, reinforced cores, and secure hardware can improve security and may reduce insurance premiums.
Replacing old or weak doors with high-security composite or steel-reinforced units raises the barrier against break-ins. Insurers often recognise specified security features and may offer discounts where standards are met. Choosing products with Secured By Design or similar performance marks is advantageous.
Quality double glazing can reduce external noise by up to 40–60%, depending on glass type, frame quality, and installation.
Standard double glazing reduces noise compared to single glazing, as air spaces and multiple layers dampen sound transmission. Acoustic glass options further cut traffic or town noise. Exact reduction depends on frequency and source of noise, with better results where specialist acoustic units are chosen.
Period cottages suit slimline timber or timber-effect casements and heritage sash windows; new builds often use modern casement or tilt-and-turn styles with larger glass areas.
Traditional stone or thatch cottages in Wiltshire look best with windows that emphasise vertical proportions and fine detailing. Timber or timber-effect frames with heritage grille patterns suit these homes architecturally. In contrast, contemporary homes often call for maximised daylight and cleaner lines — making flush-casement or tilt-and-turn units popular. Specification should balance performance and context.
It proves legal compliance, avoiding delays, indemnity insurance, or price renegotiation.
Estate agents and solicitors ask for FENSA certificates to confirm compliance and reduce transaction risk. Missing documentation can slow sales or lead to indemnity policies being required.
Yes, effectively. FENSA certification confirms compliance with Building Regulations for windows and doors.
FENSA acts as a self-certification scheme. When a registered installer completes work, the certificate confirms compliance with Building Regulations without council involvement.
Yes. Replacement certificates can be ordered online from FENSA.
Lost certificates are common. FENSA allows homeowners to retrieve copies quickly, avoiding delays during conveyancing.
You may need Building Control approval, and lack of certification can cause problems when selling.
If your installer is not FENSA registered, compliance with Building Regulations must be proven another way. This often involves local authority inspections, which can be costly and time-consuming later.
Typical savings are around 150–300 kg of CO₂ per year, depending on property size and glazing replaced.
Improved insulation reduces heating demand, cutting carbon emissions. While exact savings vary, modern A-rated glazing contributes meaningfully to household carbon reduction.
Trickle vents improve ventilation, while warm-edge spacers reduce heat loss and condensation around the glass edge.
These components enhance window performance without compromising comfort. Trickle vents manage airflow, while warm-edge spacers minimise cold bridging at the glass perimeter.
Yes. Modern glazing and proper sealing significantly reduce draughts and cold spots, especially in older properties.
Older stone cottages often lose heat through gaps around windows. Modern double glazing with correct installation dramatically improves comfort while maintaining the property’s character when appropriate designs are chosen.
Look for windows with a U-value of 1.4 W/m²K or lower; high-performance units can achieve 1.2 or below.
U-values measure how well a window prevents heat loss. Modern double glazing should comfortably meet 1.4 W/m²K, while premium systems perform even better. Choosing lower U-values improves comfort and energy efficiency.
There are currently no direct national grants solely for replacement windows, but windows may qualify as part of whole-house energy schemes.
Most UK energy grants prioritise insulation and heating upgrades. Windows may be included only when part of a larger retrofit programme. Homeowners should check both national schemes and Wiltshire Council initiatives for eligibility.
Payback typically takes 10–20 years, depending on insulation levels, heating costs, and window quality.
Double glazing reduces heat loss and draughts, lowering energy use. Homes replacing single glazing see the fastest payback. While financial payback can take many years, homeowners also gain improved comfort, reduced condensation, and higher property value.
It is usually cheaper overall to replace all windows at once, as installers can reduce labour and setup costs.
Replacing all windows in one project allows installers to work more efficiently, reducing per-window labour and setup time. While replacing room-by-room can help with budgeting, it often results in higher total costs due to repeated call-outs and duplicated work.
In Wiltshire, typical costs are £4,000–£6,000 for a 2-bed home and £6,000–£9,000 for a 3-bed home, depending on window type and specification.
Double glazing prices vary widely by property size and window choice. A typical 2-bed home may need 6–8 windows, while a 3-bed house often needs 8–12. Wiltshire homes, especially cottages or period properties, may require bespoke units or timber frames, increasing costs. Final pricing is always driven by survey results and specification.
Our windows come with a 10-year insurance backed guarantee
Our experienced installation team can install your windows
We can help you choose the right door with our online design tool
