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With cavity walls being very similar to other type of brick works, it can be quite confusing to figure out the type of wall your property possesses. If your house was constructed after the 1920s, then its highly likely the you have cavity walls, while older houses (houses before the 1920s) are likely to have solid walls. What’s more? If you happen to own a home that was built in the last decade, then it’s very possible that it was built with insulation installed during construction.

An effective way to determine whether or not your property is built with cavity wall is to examine the brickwork on your home’s exterior. The bricks will typically possess a regular pattern if it features cavity walls. In the event whereby the brick work is covered by render, you can also figure it out by taking a measurement of the wall’s width. If the brick wall is beyond 3000mm in thickness ( from the exterior wall to the interior wall), then it probably features a cavity. Meanwhile, a wall that’s narrower is very likely to be solid. Stone walls, on the other hand, may actually be thicker but are most times solid.

In a situation whereby your house is built using steel frame or timber frame, or made using pre-fabricated concrete, there are varying rules that applies when it comes to insulation and should be examined by an expert before any insulation is installed. More often than not, most contractors will have installed special air vents, which can also be a good indicator that a cavity wall insulation has been done.

More often than not, when we think about replacing our old or existing door with a new unit, we tend to get a bit creative. We think about the panel to use, but often forget about the door’s frame which is just as important. The frame is way beyond an ordinary trimming that serves as a boundary for the slabs, it also ensures the door opens with ease and also sees that heat are being locked in and security is tight. There are a variety of frame options available when fitting a new door, and putting a composite door in a uPVC frame is one. In this article, we’ll give you an idea of the great effects of composite door and uPVC frame combination and help you make informed decision about the best setup that’ll perfectly satisfy all your doorway needs and budget.

Putting a composite door in a uPVC frame or a uPVC door in a composite frame is without a doubt the most popular door/frame combinations. In fact, you’d be shocked just how well a composite door and uPVC frame complements and supports each other in either alteration. If you’re the type that likes the unmatched levels of insulation, visual appeal as well as security that’s provided by composite doors, fitting this in a UPVC frame is really one that’ll set you apart. This combination is the most loved and for a good reason. You’ll get to open your door with ease while it also remains weathertight, save some money using the usually less costly uPVC frames and ultimately, combine the strengths of both materials incorporated. What’s more? It’s an opportunity for you to make a striking impression on all your visitors.

A Structural Engineer is quite likely to be a participant of the ICE (Institution of Civil Engineers) or a registered member of IStructE (Institution of Structural Engineers) and also will probably have after his or her name the letters MIStructE, FIStructE, MICE or FICE. Structural Engineers with these letters after their names are referred to as Chartered Engineers.

It is usually encouraged that you involve the services of a Chartered Engineer as opposed to an Engineer that is not chartered but it should be noted that there are some Engineers with significant experience who are not chartered. The choice is yours.

Over the years, more and more home and property owners are beginning to realize the huge benefits that can be derived from loft insulation being a worthwhile investment. It’s quite worrisome the way in which energy bills have soared over the past 10 years and loft insulation is a considerable affordable energy efficiency measure that can go a long way to help increase your home’s energy savings.

As far back as the 1980’s, the standard when it comes to insulation thickness was 25 mm to 50 mm which was, at the time, considered to be sufficient. However, building regulations have changed the norm that now states that a new build needs to possess 270 mm of insulation in the loft in order to achieve the required u-value of less than 0.16/m2k based on the standard rock wool or sheep wool insulation.

Generally with loft insulation, there’s a law of depreciating returns which implies that the first couple of insulation centimetres will save you many times the cost of the installation, however an extra layer or centimetre is going to add less value to the point where it’ll no longer be wise or worthwhile to add any further centimetre. Therefore, with cheaper energy prices 30 years back, that additional couple of centimetres was not just worthwhile, but with the recent alarming rises in costs of fuel, that additional £10 savings per year has all of sudden changed to £30 which makes it become a lot more attractive.

If you already have 270 mm of loft insulation, regardless of the material you’re looking to add you’re most likely not going to benefit from a top up. The cost of the materials and installation will definitely be too high for the couple of pounds it’ll save you per year.

Some individuals who have been in the construction department for many years may not be qualified, that is, they may not have undergone an apprenticeship and/or trade certificate courses, but they might still be very skilled at their work. However, anybody can pick up a sledgehammer and demand themselves a builder lacking any skills or training. The wise thing would be to ask the builder coming to your house about what qualifications they have and what training they have undergone.

Licensing of building practitioners

You can now check if your builder or tradesperson is a licensed building practitioner by using an electronic public register which has a record of every registered builder. Being licensed provides you with an assurance that the builder who is about to do your work has proven his shill to the government and earned his right to be a practitioner. If you wish for certain important building and design work on your home it is imperative that you hire a licensed practitioner, the act is very common when you compare the scenario with when you have to call a plumber or an electrician regarding any work.

In order to become a builder in the UK, you must complete an apprenticeship or an NVQ. NVQ is another popular route to becoming a builder. You can also get your NVQ even when you are working as an apprentice. You can also make it based on any recognised overseas qualification.

All associates maintain a Code of Practice and Conduct which sets the standards for all stages of the building procedure. The Code requires builders to:

• Submit quotes on projects for which they have time.

• Securing the contract with a sufficient insurance cover.

• Maintain honesty and integrity at all times.

• Obey the law and industry standards of conduct.

All members of the construction association must also follow a code of conduct. As a consumer, if you think your builder has breached the Code of Conduct or the Code of Ethics, you can file a written against him or her.

Composite doors have coloured skins rather than a coloured coating on their surface. This means that their colour is long-lasting and they don’t need repainting. If you want to change the colour of your composite door it’s best to ask the manufacturer about the best way to do this. This is because different composite doors are finished in different ways.

Air source heat pumps work by absorbing heat from the outside air and transferring it inside to heat up your property.

An air source heat pump has an outdoor unit containing a refrigerant. This absorbs heat from the air and passes into a compressor, where the temperature is increased. The heat then transfers either into water, which feeds into your wet heating system, or into air, which is dispersed around your property.

Air source heat pumps need electricity to run, but this is to power the compressor rather than directly generate heat.