When installing a brand new entrance door, it is important that it suits the overall style of your home. Whether you have a classic, period home or a modern and contemporary property, we offer a range of beautiful and stylish entrance doors in a range of styles and materials. We have partnered with the country’s leading manufacturers of aluminium, uPVC and composite doors to ensure that we are providing our customers with the best possible doors for their homes.
For ease of access in and out of your home, we offer low thresholds on many of our entrance doors.
Optional side panels create a classic frame to our doors, with solid and glazed panels to choose from.
All the doors that we install come fitted with multipoint locking systems as standard for top security.
To create a bespoke design, we offer stained glass options as well as textured and patterned glazing.
To create a bespoke profile, choose a variety of hinges, handles, letterboxes, knockers and more.
Our doors can feature a variety of thermally efficient solid timber and aluminium injected central cores.
Use our free online contact form or give us a call today on 01489 660120 to design your new bespoke entrance doors and receive a competitive and zero obligation quote.
Your front entrance doors often find themselves withstanding a lot of harsh and unpredictable wind and weather over their lifetime. Wind, rain, heat, and direct sunlight can all cause damage to substandard doors, as well as day to day wear and tear throughout regular usage. Because of this, cheaper and older front doors can suffer from faults and damage, including peeling, cracking, warping and more. Over their lifetime they will need additional maintenance and repainting in order to keep their appearance.
However, our range of aluminium, uPVC and composite doors are designed to be incredibly robust and long lasting, with little to no upkeep needed at all across their decades of lifespan. Made from high quality, tough and hardwearing materials, your front door will remain looking great, with only an occasional wash down needed to get rid of any collective dirt.
The frame and body of your door is also designed to help trap heat within your home, with strategically placed thermal breaks. These thermally broken chambers act as a barrier, trapping pockets of warm air to prevent heat from escaping or cold air from entering your home. This can help to potentially lower your energy bills and reduce your carbon footprint, making you less reliant on your central heating, especially during the winter months.
Are you interested in getting brand new entrance doors for your property in the Southampton and Hampshire areas? Use our online contact form or call us today on 01489 660120 to speak to a member of our team. We will help you design your own bespoke profile, and offer a free, competitive and zero obligation quote for your installation work.
Our entrance doors have a potential lifespan of many decades, depending on the material that you choose. This ensures that your investment is a long term one, rather than needing to replace or renovate your front door a few years after it is fitted.
Your entrance door is often the first line of security against both the wind and weather, and any attempt at forced entry. Every door that we install comes fitted with a multipoint locking system, helping to protect your door from being forced open by picking or drilling. Many of our doors come with a manufacturers guarantee against forced entry, depending on the lock fitted and the system selected.
Another way that our doors are made more durable is their core. Some of the aluminium and composite doors that we install are manufactured around a robust core, preventing the door from being kicked or forced in. Our partners at Endurance supply us with composite doors that feature a solid timber core, made from layers of laminated veneer timber, which is far more solid than foam filled variants. Some of our aluminium doors, however, are made with a Thermimax core and multiple layers of aluminium metal which provides both security and thermal efficiency.