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How Long Do Bifold Doors Last?

Are you ready to make the bifold doors investment decision? There’s one thing that might you may be hesitant about - how long do bifold doors last? Well, if this is the case then you’re not alone as this happens to be one of the most frequently asked question on bifold doors by potential investors. However the lifespan of bifold doors is based on a number of influencing factors such as the manufacturer of the door, the materials used in making the bifold door as well as how properly maintained it is.

There are several types of materials which can be used in making bifold doors. These includes aluminium, uPVC as well as wood. Amongst all the options, aluminium happens to be an incredibly robust material and when produced, it can have a lifespan of about 30 to 50 years on a property with good maintenance. Aluminium boasts a perfect blend of strength and malleability which happens to be a lot less likely to warp, expand or rot when compared to wood ( timber) or uPVC bifold doors. As a result, the life expectancy an aluminium bifold doors is expected to have is up to 45 years which is considerably larger than that of the uPVC at 25 to 35 years. What’s more? Aluminium framing is designed to last a long period while also being largely resistant to corrosion because aluminium does not rust as a result of the oxide layer on its surface. The function of the oxide layer is to protect the underlying metal while also being resistant to corrosion. As a result, the aluminium door is adequately protected from rain as well as acidity which are especially more present in the coaster regions.

It must be noted that the bifold doors only require minimal maintenance, however this is quite significant in ensuring the door lasts long.

1. Unroll your two pieces of artificial grass, ensuring that the pile is running in the same direction. Fold over each piece by about 300m.
2. To get the perfect seam, cut at least 3 tufts back, ensuring that you don’t trim any grass blades.
3. Either remove the backing on your self-adhesive tape and unroll it down the centre of the join, or roll it out ensuring that the shiny side is down then fix at either end with adhesive.
4. Fold over the grass onto the tape and bring each piece together, ensuring there’s a 2-3mm gap at the seam.
5. Where the pile runs over the edge of the seam, fold over the artificial grass.
6. Apply a small amount of adhesive under the edge of the first section of grass with a mastic gun, then add some to the front edge to stick the second piece.
7. Bring the seam together, ensuring that you don’t get any grass blades stuck. Place a plank with some heavy objects on over the join to ensure that it dries securely.

Lean-to conservatories happens to be some of the most versatile and underestimated conservatory styles you’ll find in the market today and little wonder they’re so popular in the UK. Lean to conservatories, also referred to garden sun room, have been an integral part of the English garden for almost a century. Some of the common features of this extension is being spacious, having large expanses of glazing as well as a special low pitched roof. In other words, lean-to conservatories are able to offer extra space while maximizing natural light and can also be easily installed into awkward spaces.

If you’re also thinking about getting a lean to conservatory, then you’d probably want know the numerous benefits that comes with it. In this post, we’re going to consider some of the reasons why installing a lean to conservatory is a smart decision.

1. It’s easily adaptable to most property styles. Possessing simple lines as well as slim slightlines a lean to conservatory can fit several styles of both traditional and modern homes. In fact, the low pitched roof makes the entire structure a lot easier to fit in rather awkward spaces, making them the ideal choice if you’re have limited outside space.
2. It’s very cost effective. This conservatory style happens to be one of the most affordable and cost effective type of conservatory you’ll find around. Due to their simple design as well as structure, both the cost of installation and maintenance can be minimized, saving you some cool bucks.
3. It offers more usable space. Lean to conservatory’s large design and smart design makes it suitable to add an additional usable space to your home or property.

You can paint your soffits and fascias if they’re made of wood. In fact, it’s a good idea to do this every few years, as it can help to preserve them and keep them looking smart.

You can choose what you paint your soffits and fascias with by deciding what kind of look you want to achieve. You can stain them if you want to maintain a natural wood look, or use an exterior gloss or satin paint if you want to change their colour.

If you’re planning to build a single story house extension, this is one of the first questions that usually comes to mind to help you set a budget and start to make plans. But as simple as it seems, a single accurate answer can not be provided due to the fact that there are several variables that can play a key role in influencing the price of a single story house extension. These variables includes the size, location, design or specification as well as the build route. In this guide, we’ll provide you with a rough estimate that you can work with to put you on the right path.

The main determinant of the cost of a single storey extension is the size of the build, while the next most relevant factor is the quality of the finish you opt for. For a small extension, you can expect to spend a sum within the range of £14,000 to £17,000. Meanwhile for a larger single storey extension, if you opt for a large wrap around the extension with a great amount of glass to be incorporated in both the walls and roof, you can expect to pay a sum within the range of £80,000 to £120,000.

Overall, the average cost of a single story house extension is usually within the range of £34,000 to £37,000. For this price, you should get a standard sized rear or side extension which also includes the cost of a kitchen - it’s the most commonly use for a single story extension especially in the UK.

There are some additional costs you may also need to factor in to your extension budget. These includes surveys, architect fees, planning application fee (if needed), insurance and Party Wall Agreement (if needed).

Just like other major house improvement projects, some specific requirements must be met to allow for the installation of solar panels on commercial buildings. The main reason why these standards and regulations were established is to minimize the risk of the solar system becoming an issue or potential hazard in the unforeseeable future. So if you’re thinking about buying and fitting new solar panels, you’ll probably want to know whether or not you’ll require to submit a planning permission application for approval before you can proceed.

Fortunately, the installation of solar panels on commercial buildings may be “permitted development which mean you won’t have to apply to the Local Planning Authority for planning permission. There are, however, some important limits and conditions which must be put into consideration in order to benefit from these permitted development rights. Some of the limitations include:

• The solar panels must be installed on a wall or pitched roof that should project at a maximum of 200mm from the surface of the wall or roof slope.
• Equipment placed on a roof should not be within one metre of the external edge of that roof.
• Equipment mounted on a wall must not be within one metre of a junction of that wall with another wall or with the roof of the building
• If the equipment is on the roof of a building, the capacity for generation of electricity across the entire site must not be more than 1 megawatt.
• In the situation whereby the panels are installed on a flat roof, the highest part of the equipment should not exceed one metre above the highest part of the roof.

In general, obtaining a planning permission is very important and as such, you must discuss your position with your chosen installation company before you proceed.

This will depend on the size of the garden and the amount of plants within it. For small gardens, fortnightly or monthly visits by a professional gardener will generally be sufficient. For larger gardens or gardens with a lot of plants, weekly visits are best. Some larger projects such as hedge cutting or tree felling may need additional one off visits.

1. Prepare the base If you want your resin bound driveway to last a long time, you need to ensure that you prepare the base properly. Remove any block paving, grass or soil and dig down until you hit solid ground. Lay a sub-base of asphalt for good permeability. If you’re laying over the top of your current driveway, make sure that all cracks are increased into a ‘v’ shape with a saw and ensure the surface is dry and weed-free.
2. Mix the resin You must follow the instructions on the materials you have to the letter if you want the curing process to work. Usually batches come in ‘Part A’ and ‘Part B’. Keep the resin container secure and on a protective surface to avoid splashing, then mix Part A for 10-20 seconds at a slow speed with a helical bladed mixer. Add Part B and mix thoroughly at a slow speed for about 2 minutes until it’s blended together.
3. Mix the dried aggregates and sand with the resin Place a quarter of the aggregates into a mixer, then add the pre-mixed resin and start a stopwatch. You should then add the rest of the aggregates before slowly adding the sand. When you’re happy with that mix, stop the stopwatch. That time is the time that you need to spend mixing any other resin and aggregates to avoid colour variation.
4. Lay the mix on the surface Transfer the mix to the work area then plan a laying route. When the mix is laid out, use a very clean trowel to spread the mix. Clean it regularly during the process to avoid dragging aggregates out of place. Once the aggregates stop moving in a fluid movement and become solid, stop trowelling. Then you can polish the surface to give it an attractive shine.