Find a Conservatory Installer you can trust in Kingston.

Conservatories have long been a favourite home improvement with homeowners, and there are no signs of that trend going away. And because of that, they add value to homes.

Wooden conservatories add value to your home just as any other type would. In fact, in some cases a wooden conservatory will add more value to your property than a uPVC or aluminium one, for example if your home is a period property. A wooden conservatory will fit in keeping with the rest of an older property, so buyers will prefer a period home with a wood conservatory over a uPVC one.

It’s important to remember that wooden conservatories cost more than uPVC ones, but that does mean that they will add more value. They look more stylish than uPVC conservatories and may last just as long with the right care and maintenance, so if a wooden conservatory would complement your home much more than uPVC they’re worth looking into.

A wooden conservatory will set you back anywhere between £25,000 to £60,000, so factor this in when you’re thinking about how much value it will add to your home. It’s also worth thinking about the other things that will have an impact on the value it will add to your home, such your property’s location, whether conservatories are a common addition to houses in your area, the general look of your home and whether the conservatory would take up a large part of your garden. If you’re unsure whether a wooden conservatory will add enough value to your home, you could speak to a surveyor or valuer to give you their opinion before you start any work.

So have you are considering having a David Salisbury orangery in your home? It’s a stylish and visually appealing extension which adds immense value to your property when it comes to resale. Almost every home buyer wants a house with a nice orangery and even more so, if it’s a David Salisbury orangery. However, the cost of constructing a David Salisbury orangery is dependent on a wide range of factors which includes your location ( within the UK), the size of the building, the orangery style in question, the materials to be incorporated as well as the finish you’re expecting to get.

Typically, to construct a David Salisbury orangery, you’d need to spend a sum between £10,000 to £70,000. This differences in price is based on the influences that have been stated earlier which includes the type as well as size of the selected David Salisbury orangery. If you wish to construct the small David Salisbury orangery featuring a uPVC frame, you can get that done at a price not less than £10,000, but this price can cost up to £60,000 or even more if you want a large, timber-framed orangery built. Meanwhile if you prefer a premium quality and timber-framed David Salisbury orangery that comes with a new fitted kitchen, it may cost up to £70,000 in expenses (when you add the price of the new kitchen units as well as appliances).

The finish you want to achieve is also one of the greatest influential factors that determines the cost of your David Salisbury orangery. For just the bare essentials (low end), the cost is between £10,000 to £20,000, meanwhile the cost for the mix of both basic and personalized items is within a range of £20,000 to £40,000. However, if you want a classy and distinctive David Salisbury orangery with superior quality fixtures and fittings, a more accurate cost estimate will range between £35,000 to £60,000.

What Is A Conservatory?

A conservatory is basically a structure constructed on a property that’s usually attached to the side of a home. It’s a room as well as a greenhouse that’s constructed with the help of a wide range of materials which includes bricks, wood, glass and polycarbonate. A conservatory is typically built with a great amount of glass which enables it to offer huge amount of sun and light. During construction, the idea is always to muster sufficient sunlight for the plants while also enabling a cosy room within the structure especially during the cold months. Generally, conservatory extensions’ walls are made of over 50 percent of glass, while their roofs are usually made up of more than 75 percent glass.

Thanks to the advancement in technology, conservatories have also greatly developed over the years. They’ve significantly evolved from the usual luxury greenhouses to normal and everyday home extensions. Conservatories have also grown to become very energy-efficient while also providing super comfort to the extent that they’re now being used throughout the year. And while it’s formerly known to be an occasional room, it’s now more of a home’s extension.

Legally, conservatories are usually covered by what’s called the permitted development rights which exempts them from both planning permission and building regulations. The conditions below form the legal definition of a conservatory to differentiate it from an extension.

✓ Below 30 square metres in size

✓ Constructed at ground level

✓ Separated from the main building by external walls, doors or windows.

✓ Possesses its own stand alone heating system

✓ The glazing as well as fixed electrical fittings are in compliance with the relevant building regulations.

Does It Take Long To Put A Solid Roof On A Conservatory?

If you’re interested in installing a solid roof on your conservatory, it may also interest you to know just how long the project is going to take. Well, the fitting of a solid conservatory roof is quite easy and quick with minimal disruption and mess around when done by a reliable professional. The process, however, involves removing the old existing roof of the conservatory rather than fitting the new roof over the old one which can lead to many complications. Generally, the entire process should take about 6 working days to complete. In this article, we’re going to provide a breakdown of each task as well as the duration to complete the individual tasks to give you an idea of the entire solid roof replacement process. Let’s take a look!

✓ Day 1 - Setting up of the site. This includes sealing off your conservatory from the rest of the house as well as laying of the floor protection. Furthermore, your existing conservatory roof will be removed and positioned in such a way to enable easy transportation and disposal. By the end of the first day, the installation of the new roof will completed and made to be water tight

✓ Day 2 - Insulation will be installed on the inside of your new solid roof.

✓ Day 3 - The replacement conservatory roof will be tiled and the insulated plasterboard will be installed inside.

✓ Day 4 - This involves finishing of the conservatory roof’s inside and outside. And all rubbish would be adequately disposed off.

✓ Day 5 - Your tiled conservatory roof’s new ceiling will be plastered.

✓ Day 6 - This day is free as the plaster is left to dry off properly.

There are several reasons why an aluminium conservatory installation is a great way to expand your home.

Firstly, it’s strong and durable. This means that as well as providing you with a conservatory that’s more secure, this frame material will also last longer and cope with harsher weathering that wooden or uPVC conservatories.

Aluminium also offers more design possibilities. It can be bent into custom shapes, making it ideal if you want to create a unique, stylish home extension. It comes in a wide range of colours, so you can coordinate it with your existing property.

An aluminium conservatory installation can also help you maximise light in your home. They have very thin frames compared to wood and uPVC, so they’re a great choice if you want to let in as much daylight as possible.

Lean-to conservatories are often known as Mediterranean conservatories or sunrooms and are a great way to add more living space when you’ve only got a small amount of room to work with. They usually have clean lines, a rectangular shape and attach to the side or rear of your home, which makes them one of the easiest conservatory types to build yourself.

So how do you build a wooden lean-to conservatory? The first step is to decide what you want it to look like. Most lean-to conservatories are constructed of glass and the wood frame, but you can choose to have dwarf walls too. Dwarf walls are low brick walls that are useful if you’re planning to plumb in radiators, have air conditioning installed or put plug sockets in the conservatory.

When you’ve decided what your wooden lean-to conservatory is going to look like, you’ll need to get the materials. You’ll need to choose a hardy wood – oak is the most expensive but also the most durable – and source glass for the windows. You’ll also need to decide on a roof material and work out the correct pitch.

The first step to building your wooden lean-to conservatory is to dig the foundations. You’ll then need to level the earth, then add concrete to the correct height, which should be lower than your property’s existing damp course. Then, you’ll build up to the damp course, which will be your conservatory’s floor level. Don’t forget to make sure it’s even.

If you’re building a dwarf wall, start it from the base and build up to no more than 1 metre high. Once the cement is dry, place external sills on top of the dwarf wall. You’ll then need to secure the frames; start with the one that secures to your property, then do the same for the rest, connecting outwards until they meet from the two sides. Then put up your doors.

Now it’s time to build the roof. This should be simple if you’ve bought your own custom-made kit. Place the roof ridge on top of the frames, then add the roof rafters between the roof ridge and hip bars. Fit your glazing sheets and guttering – it’s important that your wooden conservatory roof has guttering just like your house, otherwise your conservatory roof won’t last very long and could even cause rainwater to rot your wooden frames.

Once you’ve built your wooden lean-to conservatory, all that’s left is to decide on how you want to decorate it. But if this all sounds like too much, get in touch with specialist wooden conservatory installers who will be able to give you a quote for building you a lean-to conservatory.

Whilst you may think conservatories are nearly all made from glass, this doesn’t have to be the case. If you live in a built-up area you could have a tiled rooftop to enable extra privacy, use obscure glass and even invest in blinds.Be aware that solid walls are possible but if the conservatory is manufactured with less than 50% of glass, you’ll need Buildings Regulations approval.

The short and simple answer to this question is yes, just like other new extensions, you must have a foundation done for your lean to conservatory. In order to transfer the building’s weight to the floor safely, there’s a need to construct a foundation. Without it, the structural integrity of the extension would be heavily compromised. What’s more? While there’s no minimum depth requirement for a lean to conservatory, there are multiple factors that can affect the depth as well as type of the foundation. Let’s take a look!

• The nearby trees. What trees do is to absorb water from the soil which can affect the foundation significantly. When water is absorbed from the soil, the soil shrinks which affects the foundation’s strength. The size as well as type of the tree will determine the extent of the water absorption from the ground.
• The soil’s suitability. The weight that each soil can withstand varies and even more so, when environmental factors have more effect on certain types of soils than others. For instance, chalk is able to drain water away relatively easily which means that nearby trees will only have a little effect on its quality. Clay, on the other hand, shrinks when drying and also retains a lot of water. This means that nearby trees will have huge impact on clay soil which will compromise the structural integrity of the lean to conservatory. Therefore, since changes to clay mostly occur to about 0.75m depth, foundations on the soil should be constructed deeper to compensate.
• Undisturbed ground. Before the foundations are laid, there’s a need to identify grounds that hasn’t been built on and this usually takes a depth of about 1m (this figure may vary especially in regions where drains have been laid).