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How Long Do UPVC Conservation Last?

UPVC conservatories are common features on residences across the UK for a good reason. Not only do they give you the extra living space you so much desire within your home or property, but they also go a long way to add value to your property. So if you’re also thinking about constructing a UPVC conservation within your home, you’re probably not alone! One of the several benefits of the structure is also its longevity, however this is dependent on a number of factors. Let’s take a closer look!

Modern UPVC windows will normally last between 20 to 25 years, however some are able to last much longer provided they’re properly maintained and top quality materials are used. And thanks to improvements in colour technology, the finish on UPVC tends to last much longer too.

Some of the factors that can go a long way to determine the longevity of your UPVC conservation includes the type of roofing materials used, how well it’s being maintained, the location or placement of the structure, replacement of individual conservatory parts, as well as insulation.

The type of roofing material for a UPVC conservation can either be glass, polycarbonate or tiles. The glass and polycarbonate roofs usually lasts for a minimum of 20 years when it’s properly installed and provided with the necessary upkeep. Meanwhile, tiled UPVC conservation roof are generally expected to last up to 50 years which is significantly longer than the counterparts - glass and polycarbonate. Interestingly, they require little to no maintenance and are also very unlikely to get damaged during the upkeep.

It’s also very important to make use of a reliable and reputable company to have your UPVC conservatory installed. This is because your structure can only be as good as the company responsible for its installation. So if you require a structures that will last for decades, you should pay great attention to the company you’ll hire.

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.

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).

When people talk about finishes on a wooden conservatory, there are a few different things that they may be referring to. Some may be referring to the colour and type of wood used to build the conservatory, but they may also be talking about the type of treatment used to protect the wood from the weather. We’ll cover both bases for what finish is best on a wooden conservatory here.

When you’re thinking about the best wood type and finish for the conservatory, it’s best to go with a hardwood. There are both hardwoods and softwoods, and hardwoods are the most durable. Oak is the most expensive choice but is also the most durable, so lots of people decide to go for this option. Other good choices that are slightly cheaper are Brazilian cedar and idigbo. Softwoods like European redwood or Siberian larch are cheaper still, but they won’t last as long, so it may work out more cost-effective to spend more on a hardwood.

Wood is a natural material, so it’s important to look after your wooden conservatory to prevent it from rotting or getting attacked by bugs and pests. Your conservatory will be exposed to all weathers, so you’ll need to use a good finish to ensure that it stays in tip-top condition for years to come. Your installer should be able to tell you what’s best, but some of the best finishes for a wooden conservatory include breathable varnishes and decking oil. However, if you do use an oil, it’s best to use a preservative treatment too; oil will only repel water. Joints are particularly susceptible to water penetration, so make sure you use a good wood treatment and focus on areas where water would pool during rain. Then you can apply a decking oil afterwards.

Building a conservatory can be a challenging task. But whether you plan to hire a professional to build your aluminium conservatory or are considering DIY, it’s good to start with a rough idea of how the process works.

It’s essential to begin with a strong conservatory base. The area needs to be measured out carefully and then dug out. You then need to level the earth and pour in concrete. Your damp proof course goes on top of this, preventing rising damp from entering your structure and creating the floor level.

Then, you need to build your conservatory walls. Start by building your dwarf wall, positioning the external sills on top. Next, fix in the frames and hang your doors. Sit your roof ridge on top of the frames, and add the roof rafters.

Finally, you need to fit the glazing sheets and guttering. Once this is all done, your new aluminium conservatory is ready to go!

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.

Getting its name from it’s original use and commonly mistaken for conservatories, orangeries were developed about four hundred years ago to help protect citrus fruits from the winter frosts. An orangery is basically a room extension featuring a flat perimeter roof, brick base as well as a central roof lantern including doors and windows. Even though it originates from Italy and made more modern by Holland’s architectural development, orangeries have grown to become an ubiquitous phenomenon within the British society with thousands of the extension being built every year. They’re built in a similar way to conservatories, however, orangeries are typically developed from a brick base and usually making use of a stone or brick pillars to provide support to a flat roof perimeter. Also, the common choice for an orangery is a central roof lantern including glass panels or vent windows. Unlike conservatories which usually make use of patio doors, orangeries are more likely to have more complex bi-folding door system - enhancing the visual appeal of the extension in a more unique and stylish way.

Orangeries typically incorporates less glass when compared to a conservatory - thereby, allowing a moderate amount of natural light into the space. This way, you would not have to go outdoors to enjoy the sunlight during the summer months. Generally, the extension also offers a atrium-style ceiling height while also protecting your space from excessive sunlight and adding character to your home.

In conclusion, orangeries are an excellent choice when it comes to extending your home - be it to make a room larger or adding a new room all together. Ultimately, they go a long way to add incredible value to your home for resale purposes. Orangeries are best installed by seasoned professionals in order to ensure the best outcome.

A polycarbonate conservatory roof is made using a polycarbonate which is a contemporary plastic material that features several beneficial properties which gives it a high optical clarity as well as a good durability. Visually, it’s very similar to glass but its a lot more resistant to impact  which makes it just as strong as some metals. As a result, there are a lot of cases where polycarbonate is used as a replacement for security windows and more. If you happen to possess a polycarbonate conservatory, then you’d probably like to know how you can fix it in case of any damages. In this post, we’re going to consider how to repair polycarbonate conservatory roofs. Let’s take a look!

There are a bunch of effective methods you can consider for fusing or gluing polycarbonate plastic. Glues will leave an adhesive behind, while fusing results in a chemical reaction which enables the material to melt back together. Here is a great method you can use to repair polycarbonate plastic:

• Use of methyl methacrylate. Due to the fact that this creates a strong, resilient bond, methyl methacrylate is the best way to fuse polycarbonate. According to some of the users, if they try to pull the polycarbonate apart the unaffected part will break before the bond does. During the application of methyl methacrylate, you’d have to ensure you’re in a well ventilated area or outdoor. This is because the fume generated from methyl methacrylate can be toxic if it’s inhaled in a high concentration.