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How Often Do Flat Roofs Need Replacing?

When a flat roof needs to be replaced is determined by a number of factors which includes the roof’s exposure to the weather, the condition and age of the roofing materials as well as the construction of the roof. However, with proper maintenance and regular inspection, they should be used for nothing less than 50 years. There are some commonly used types of flat roofs which includes Felt flat roof as well as a GRP flat roof.

Felt Flat Roof

The lifespan of a felt flat roof also varies depending on the quality and grade of the felt roof incorporated. This can make the roof last within the range of 2 to 20 years. More often than not, felt flat roofs are usually installed in such a way to keep the costs down which implies the grades of felts that are mostly used are the economical ones implying a very short lifespan.

In the event whereby a premium grade of felt is incorporated in constructing a roof by professional contractors, will be guaranteed by the manufacturer to last between 10 to 20 years.

One of the major causes of a short lifespan in felts is leaks which should be regularly inspected and repaired once identified. If not, the roof will gradually deteriorate and become a lot weaker due to the action of the sun. However, when a felt roof starts to leak, it’s usually a sign that’s approaching the end of its lifespan and a replacement should be taken into account.

GRP Flat Roof

The GRP flat roof or fibreglass flat roof usually comes with a manufacturer’s guarantee of 20 years and is expected to have a lifespan of a minimum of an additional 10 years.

Unlike felt roofs, they’re more resistant to leaks. However, they should also be regularly inspected for leaks which are caused mostly as a result of installation error rather than the GRP roofing approaching the end of its useful life. If the GRP roof repair does not totally resolve the leak, you should start considering a replacement.

If you’re thinking of adding a solar battery to your home, you might be wondering whether or not it’s going to work in a power cut. If yes, then you’re not alone as this is one of the most common questions asked when it comes to solar batteries. In this post, we aim to provide you with a detailed answer to solve this concern once and for all.

The answer to this question is, it depends. The main reason why your solar batteries will usually not work or provide your home with the much-needed back up power is as a result of the several threats it poses. You should be aware that both your solar panels and battery are connected to the main grid. When a power cut occurs, your engineers will have to operate on the grid. If the solar panels or batteries are in operation at the period there’s a high chance the engineers would be electrocuted by the electricity that’s being produced. As a result of this, solar inverters are usually designed to automatically switch off once a power cut occurs. However, it should also be noted that if your solar battery possesses backup functionality, you’ll be able to make use of your solar energy in the event of a power cut. In other words, what determines if your home battery would work in a power cut is the availability or otherwise of a backup functionality.

Furthermore, you might also wish to know if your solar panels will continue to charge the battery in a power cut. Well, this depends on the type of backup system you possess. There are some more affordable batteries that are designed to automatically release their stored energy upon the detection of a power cut. And this is mostly because the battery inverter is usually smaller than the solar inverter which allows the energy from the solar inverter to the transmitted to the battery - risking an overload. However, if otherwise, then energy can continue to be transmitted to the battery until its fully charged.

Does A Single Storey Extension Add Value To Your House?

When you’re looking to construct a single storey extension or perhaps you’re just searching for means to increase the value of your property, this question always pops up. The short and simple answer to this question is a resounding yes, a single storey extension can go a long way to increase the value of your property. Just like any other home improvement, when done right, adding a little extra living space is one of the top things you can probably think of that’ll provide a cool increase in your property’s value. However, before you rush in you must also take note of some factors so you can be certain a single storey extension is the right option for you. These factors include the quality of the build, complexity of the build, cost of the build versus the value gain, ceiling price in the area, finance costs as well as the inconveniences and stress.

Generally, the average cost of a single storey extension can range from £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. So it’s important to know the value they’ll add to your house before deciding to make such an investment.

The value added to your property will depend largely on the quality and size of your single storey extension. The value is usually calculated by estate agents using the number of bedrooms, bathrooms as well as the floor area. Inside London, it’ll typically be priced at £5,000 to £10,000 per square metre, while outside London should be within the range of £900 to £2,000 per square metre.

In life, only change is constant. So while making changes to your home you should ensure it’s one that’ll enhance and benefit your home in the long term. And more often than not, this means having to think outside the box from time to time.

When it comes to home improvement, there are a plethora of changes that can be made to enhance your home. But if you’re not sure or confused as to where to begin, why not start with what your visitors will first see when they come visiting - the door? Not only will the installation of new double glazed doors help to maximize your home’s selling power, but can also go a long way to increase the value of your property if you’d like to sell it in the future.

One of the most crucial components of the home that you can improve is UPVC doors and windows. This is due to the fact that replacing these components happen to be a great way of making your home more energy efficient, while also improving its visual appeal as well as several other benefits. So if you’re considering getting UPVC doors fitted in your home, you might want to know the cost involved. However, there’s no single and precise answer to this question as UPVC door prices vary depending on your chosen company. Therefore, it’s always a wise decision to obtain different quotes before making a decision. And fortunately for those who are having financial challenges, it’s very possible to obtain funding that’ll help cover your installation costs.

Generally, on the average, the cost of a good standard UPVC door including installation will cost within the range of £500 to £800.

Composite front doors offer a wide range of benefits which includes numerous style and colour options, increased security, personalization options, durability as well as low maintenance requirements. However, with so many options available in the market, it’s also expected that the prices would vary greatly depending on many factors. These factors include the colour, style of the composite door, glazing option, door furniture as well as security locks.

• Colour - More popular and basic colours like white, blue and brown black are manufactured in mass, making them a bit lesser than the unusual colours as they usually go through an expensive colour mixing process.

• Style Of The Door - The most common and popular door styles are manufactured in large quantities and consequently, the cheaper option than the more complex styles. A good example is the six panel door that features two frosted glass inlays will definitely cost more than the four panel plain white composite door.

• Glazing Option - The glass type, design and panel size all play a huge role in determining the price. The more complex your glazing option is, the more money you’ll have to pay.

• Door Furniture - Several composite doors come with bespoke handles, letterplates and knockers to achieve your desired finish. The furniture additions on door can also play a huge role in influencing the overall cost of your composite door.

• Security Locks - Multi point locks typically comes as a standard. However, you might need to determine the type required by your as the quality and type can vary considerably.

Generally, to have a basic style composite door installed, you’ll have spend about £850 and above. And depending on the design requirements and glazing features you select, this price can increase significantly.

After making the very important business decision to go solar, you may also want to know just how long it’ll take to complete the installation process and start generating electricity. After all, generating electricity is the main reason you made the switch to solar system. In this post, we’re going to provide you with in depth details on how long it takes to install solar panels as well as the factors that may affect that time.

The entire process of solar panels installation and getting them approved isn’t an overnight process. You’ll have to wait for periods for each step of the process whereby one must be completed before moving to the next. The time required to complete each step can, however, vary largely depending on your location, the type of solar panels you opt for, the solar company you hire as well as the number of people that’ll be making the installation. Here are the steps to a solar system installation and the estimated time each are expected to take:

• Site assessment. Once you chosen your solar company, the first step would be to have a solar professional from the company to visit the site to examine the roof and other features so as to make sure that they’re able to support a solar system. From the initial contact to scheduling the site visit, this step can take up to 1 to 2 weeks
• Local permitting. This involves getting the right permits from your local authorities. This can take up to 3 to 6 or more weeks.
• Solar system design. This may take up to a week or two depending on whether or not you need design approval and also where the parts are coming from
• Installation. This step can take a week or two depending on the size af your solar panel and roof.
• Inspection. This step can take up to a week depending on where you reside and how quickly the inspector can visit.
• Utility connection. Depending on your utility company, this step can take up to 2 weeks.

Everyone wants a good-looking lawn! If you’re wondering the best time to scarify your lawn, then you’ve come to the right place! In this post, we’re going to consider this in order to help you make the best-informed decision possible. Let’s take a look!

The short and simple answer to this question is when your grass is actively growing. This is the best time to scarify a lawn as it enables it to recover faster once it has been scarified. What’s more? The conditions also have to be appropriate as extreme weather condition, be it too cold, too warm, too dry or too hot, will hinder the quick and proper recovery of your lawn. It’s also important to take note that scarifying of a lawn is going to leave the soil exposed which makes way for weed and other unwanted plants to grow.

During the year, there are two different times which tends to provide the most ideal conditions to scarify a lawn. The first of these periods is late March or April when the spring is in the air and your grass receives all the warmth and moisture it needs to thrive. It’s also advisable not to wait till too late in the spring as right after this period comes the heat and dryness of summer. Furthermore, the lawn shouldn’t be scarified too heavily during the spring as summer usually comes with weed seeds which means your grass won’t recover fast enough and weeds will quickly make way for themselves.

If you wish to scarify your lawn heavily, then the perfect time to do this would be in September or October – during autumn. During this period, the summer weed seeds would be gone and the grass will grow properly.

Garden slabs are a joy to behold but only when done the right way. Well, the installation of paving slabs shouldn’t be exceed digging a little here and there, buying a small amount of mortar and pressing down the garden slab, right? Absolutely not! But we must admit how great it would have been if only it were that easy in real life. Let’s be honest, in reality, laying garden slabs does not only require you to prepare your sub-base painstakingly and mix your mortar using the appropriate materials, but you’d also have to work with accurate and precise paver placements to guarantee the patio’s longevity. Consequently, this happens to be a stressful and quite tricky challenge. If you lack the required confidence to pull this off, we’d recommend you hire the services of a seasoned professional who can guarantee the best results and also save you time and extra cash that may result from possible costly errors. In this guide, you’d gain more insight into the garden slabs laying process.

To get started, you’ll need sharp sand, cement, shovel, wheelbarrow, pointing trowel, rubber mallet, spirit level, jointing compound, hard-bristled brush and tarpaulin.

1. Mix a layer of mortar for each paver.
2. Apply the mixed mortar onto the sub base by using the trowel.
3. Slot the first flag in place and ensure not to stain the paver’s surface with the mixed mortar.
4. Using a rubber mallet, carefully tap the paver to the mortar bed. Once done, ensure the surface is even with a spirit level.
5. Take a measurement of the gap between the pavers
6. Repeat the above steps until all pavers have been perfectly laid
7. Leave the pavers to dry for about 1 to 2 days. You can protect it using a tarpaulin if concerned about rain.
8. Use the jointing compound to fill up the paver gaps to bind together the pavers. Ensure to wipe off any excess compound using the hard-bristled brush.