DRAUGHT PROOFING IN ENSBURY PARK
Looking for expert Draught Proofing in Ensbury Park? This popular residential area in Bournemouth is known for its mix of 20th-century houses and period properties, many with original timber windows that may now be letting in draughts, rattling in the wind, or painted shut after years of repainting.
The gaps around a single sash window can add up to 30cm² – more than enough to create cold spots in your home, increase heating bills, and reduce comfort, especially during Ensbury Park’s damp and breezy winter months.
Close to open green spaces and the coast, homes in Ensbury Park often face persistent wind, moisture, and airborne debris, which can accelerate wear on timber frames. Our discreet draught proofing system is designed to tackle these challenges while preserving your windows’ original look.
Our service seals gaps, stops rattles, and improves energy efficiency on both sash and casement windows – all without compromising the character of your property.
If you’re based in Ensbury Park or the surrounding Bournemouth area and want a reliable, heritage-sensitive approach, our Draught Proofing Package is the ideal solution.
DRAUGHT PROOFING & OVERHAUL PACKAGE
An Energy Saving, Heritage Approved Solution for Timber Windows
The most common problems we find with old timber windows that don’t have draught proofing are that they are either painted shut, rattle, let in cold air or have just been neglected and allowed to fall into a state of disrepair.
It is estimated that the gaps around an average single sash window can add up to the equivalent of 30cm square. These gaps let in cold air and keep you reaching for the thermostat, making you feel cold and costing you money on your heating bills.
If your windows are rattly and letting in cold air then our discreet draught proofing system will bring new life to any timber window and will dramatically improve energy efficiency at a fraction of the cost of replacement.
Looking for expert Draught Proofing in Ensbury Park? This popular residential area in Bournemouth is known for its mix of 20th-century houses and period properties, many with original timber windows that may now be letting in draughts, rattling in the wind, or painted shut after years of repainting.
The gaps around a single sash window can add up to 30cm² – more than enough to create cold spots in your home, increase heating bills, and reduce comfort, especially during Ensbury Park’s damp and breezy winter months.
Close to open green spaces and the coast, homes in Ensbury Park often face persistent wind, moisture, and airborne debris, which can accelerate wear on timber frames. Our discreet draught proofing system is designed to tackle these challenges while preserving your windows’ original look.
Our service seals gaps, stops rattles, and improves energy efficiency on both sash and casement windows – all without compromising the character of your property.
If you’re based in Ensbury Park or the surrounding Bournemouth area and want a reliable, heritage-sensitive approach, our Draught Proofing Package is the ideal solution.
WHAT’S INCLUDED
Included in the Draught-Proofing and Overhaul Package is:
- Removal and adjustment of opening windows
- Upgrades to ensure smooth operation and secure closure
- Installation of discreet draught-proofing throughout
- Fitting of new or upgraded hardware & furniture as needed
- Sealing and preparation for final decoration
This package helps eliminate cold draughts, improve energy efficiency, reduce noise, and ensure your windows feel secure and easy to use. All repairs are done with the utmost respect for your building’s original features, ensuring a seamless blend between old and new.
For casement windows specifically, our team will assess each one upon removal to determine the most suitable draught proofing method. Depending on the available space, we may use a slim adhesive-backed seal, an internal perimeter bead with built-in draught strip, or route a groove into the timber to install a concealed pile system – all designed to be effective and discreet.