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Why Do Roof Tiles Slip?

Despite being our first line of defence against the elements and covering the most valuable assets we possess, it’s shocking the reason why most roofs go unnoticed for years. However, when a damp patch suddenly appears on the ceiling or water starts to leak into our home, the condition of our roofing suddenly becomes of huge importance to homeowners.

In the UK, we get a fair share of harsh wind and heavy rainfall across the year which over time can lead to a plethora of roofing issues. One of the most obvious to identify is when roof tiles slip. If you’re also facing the same challenge, then you’ll most likely be interested in knowing the reason behind this occurrence. In this article, we’re going to take a look at some of the reasons why roof tiles slip.

Roof tiles can slip as a result of a corrosion of the nails that’s in place to secure your tiles to your roof. This happens especially during strong storms, whereby several roof tiles can be dislodged by rain and winds. If the affected tiles are just a few, then it may actually be a little issue to resolve. However, there are also times that the tiles slippage can be caused by a more serious issue. What’s more? You can also discover slipped roof tiles if the wood of your roof is corroded or weak. However, this applies a lot more to older homes than new or recent constructions. Any of the above reasons may be the main cause of your roof tiles slippage, but if you really want to know the exact cause for sure, you’ll have to call in a professional roof company to inspect your home.

If you’re thinking about the possibility of installing a ground source heat pump in your home, then it’s normal to consider how efficient they’re in heating up a house before going ahead to make a purchase decision. In this article, we are going to address this question to help you make an informed purchase decision.

We know you’d prefer a single, accurate answer to this question, but the fact is, there are several influencing factors that can play a key role in the efficiency of a ground source heat pump installation. These factors include whether or not the property is well insulated, the fitting of a well designed system and the quality of its installation, the heat source that’s being used as well as the heating distribution system and its size ( under floor heating or radiators ).

The Coefficient of Performance ( CoP) measurement is used to imply the efficiency of a heat pump. This is basically the ratio between the amount of heat energy generated by the ground source heat pump and the amount of electrical energy or fuel it consumes. Therefore, the Seasonal Coefficient of Performance ( SCoP) is usually taken as a realistic measurement to cover throughout the year as its based on CoP at varying conditions as well as a standardized climate.

You must, however, note that there is no established Coefficient of Performance for ground source heat pumps as they can be influenced by a lot of factors as well as testing conditions. When they’re properly fitted, ground source heat pumps can achieve a quite high Coefficient of Performance.

Generally, a ground source heat pump can generate about 3 to 4 kilowatts (kW) of heat for every 1 kilowatt to electricity or fuel it consumes. It’s able to achieve a higher efficiency when compared to its counterparts by using the freely available heat energy from the ground.

Cement is a crucial element in bricklaying that’s widely used in both construction as well as finishing works. Generally, they’re used to aerate concrete blocks, connect bricks, prepare plaster, floor levelling as well as the making of precast products. The major reason cement is one of the most common construction materials as its incredible ability to hold structure together. To get a cement plaster, you’d simply have to mix cement with both water and sand. However, when you mix cement with lime, sand and water, you’ll get a mortar.

For cements mortars to be used inside joints, you’ll have to include 1 part cement at the minimum to not more than 2 parts sand by weight which should be dry mixed and moistened with enough water to allow for troweling and packing without falling apart. Generally, the cement sand ratio in a mortar is in between 1:2 to 1:6. The cement and sand mix ratio is largely based on the importance of the project.

Cement provides a plethora of uses in bricklaying and these includes:

• Preparation of cement concrete

• Preparation of cement mortar

• Building fireproof and thermal proof structures

• Building chemical proof structures

• Serving as a grout material

• Building hydrographic and frost resistant structures

• Manufacturing precast members

• Constructing aesthetic concrete

• Constructing cement concrete roads

There are several types of cements with each having its specific purpose. For instance, the type of cement more suited to building a fire proof structure is a high alumnia cement and to build a hydrographic structure, cements like expanding cement, hydrophobic cement, pozzolana cement and quick setting cement are the best bet. Acid resistant cements are more useful in building chemical proof structures, portland cements are best suited to making grout materials, while coloured cements are preferable to building aesthetic structures.

If you’d like to hire a commercial architect, but have a limited budget, there are a few options you could try.

Firstly, if you’re happy to manage the project yourself, you could just engage your architect to create the designs and technical plans. It will then be up to your builder and any other contractors to follow them. You’ll need to put some serious time and effort in to make sure that this goes smoothly, but it will reduce how much you’ll need to pay your architect.

You could also consider reducing the scope of your project. Many architects charge a percentage of your project’s total construction cost, so if you scale down the work then their fees will be lower. Alternatively, you may be able to negotiate a set fee if you want to guarantee that you won’t pay more than a certain amount.

Can You Paint Over A Wallpaper?

According to some painting and decoration experts, painting over a wallpaper can never produce a result that’ll be as good as painting on a blank or naked wall. However in the event whereby there’s a pressing need to quickly beautify a room, it’ll be totally understandable if you don’t want to go through the hassle of the time consuming old wallpaper removal process.

Therefore, the short and simple answer to this question is yes, it’s absolutely possible to paint over a wallpaper and get a good outcome so far you don’t rush the process. To ensure your success if you want to paint over a wallpaper, there’s also the need to use the right tools and techniques. And just like any other DIY project, proper preparation before commencement is key.

If you’re going to paint over a wallpaper, many of the tools you’ll need to acquire are the standard painting and decorating products. This means that they can be easily procured at many DIY stores. To paint over a wallpaper, you’ll need a paint roller, top quality paint brushes, joint compound ( you’ll only need this in situations whereby your wallpaper is damaged or peeling), oil based primer, tape, sandpaper, paint ( can be water, solvent or oil based paints) as well as drop clothes ( for the protection of your furnitures).

As a rule of thumb, if you can easily remove the existing wallpaper, then you probably should before you start to paint the walls. However, if removing the wallpaper seems to be a pain or can significantly damage your wall, then it’ll be smart to simply paint over it. But before you proceed, you must also note that painting over the wallpaper will make it even harder to remove later in the future.

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.

There are a wide range of ways in which having an answer to this question can help home and property owners. For instance, this can help you predict the cost before fitting a new unit. However, regardless of your purpose, this guide has been created to give you an idea of the energy usage that’s associated with different types of air conditioners. Let’s take a look!

First and foremost, it should be said that there’s no straightforward answer to this question as there a number of variables that can affect the energy efficiency of one’s air conditioning unit. As a result, the calculations for your personal space may vary from the estimates you’ll see on the internet. For example, the type of air conditioner you choose to install will be a key determinant of your system’s energy usage.

• On the average, a central air conditioning system incorporates within the range of 3000 and 3500 watts per hour during the summer months. However, if you happen to operate the “fan only mode of your central air conditioning unit, the energy usage will most likely drop to about 750 watts per hour.
• For a mid sized portable air conditioning unit, you can expect the system to consume an average of 2900 watts per hour. However, large units as you would have expected would exceed the energy usage of central air conditioning units, this can be up to 4100 watts per hour.
• For a mid sized window air conditioning unit, this will consume about 900 watts per hour. While you can expect the smaller unit to use about 500 watts per hour and the larger ones to consume about 1440 watts per hour.

If you’re planning to add a kitchen extension to your property or perhaps you’re simply looking for ways to increase the value of your property, this is one of the common questions that usually pops up. A simple answer to this question is yes, a kitchen extension will add value to your house. With a kitchen being one of the most frequently used room in a house, adding an extra space to the commonly used room can only increase the value of the entire property. However, to determine the value added by such an extension, there’s a need to calculate the cost of setting one up first.

Kitchen extension costs are greatly influenced by a wide range of variables such as the size, type of the extension and specifications, your location, professional fees, materials used and more. Overall, the type of the extension you opt for will play the most significant role in the determination of your kitchen extension cost. Here, we’ll be looking at a single storey kitchen extension.

For a single storey kitchen extension, you can expect your home’s market value to increase within the range of 5 percent to about 10 percent. When trying to calculate the cost of kitchen extension, it’s crucial to take into account how much value it’ll add to your home so as to make sure that the amount expended will not outweigh the expected value to be added by the project.

For a more accurate idea, there’s the need to consult local estate agents. However, for a much needed guideline, single storey kitchen extensions are usually able to add about 5 to 10 percent to a home’s value, while double storey extension should be up to 20 percent. But as stated earlier, this will depend on several variables.