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When you build a new wood-constructed conservatory, or any type of conservatory, you’ll need to dig a trench for the footings. You’ll need to dig to a minimum depth of 600mm and at least 300mm below your property’s damp proof course. When you dig down, you might expose obstacles such as underground pipes.

If this happens, you’ll need lintels for your wood-constructed conservatory. These are usually concrete and protect the pipes or obstructions from being crushed. You may also want to use steel mesh for additional support.

Building Regulations state that if an opening is formed in a wall, the structure above the opening needs to be supported. This will be especially relevant if you’re building a wooden lean-to conservatory. It says that there are two ways that you can use lintels to provide support.

The first way involves using a steel lintel to support both the inner and outer leaf of a cavity wall. It can then serve as a cavity tray that directs moisture from the cavity through the outer skin of the wall as well.

The second way to use lintels is to use two steel or concrete lintels. They support each leaf of a cavity wall construction. You’ll need separate thermal insulation and a cavity tray as well.

Whatever type of lintel you use, it should have a suitable bearing onto the wall at each side. If you’re not sure, speak to the manufacturer of your wood-constructed conservatory, or ask a reputable company to install it for you.

A thermostatic shower is simply a shower that only needs to be set at a given temperature and it automatically maintains this set water temperature all by itself. Typically, this type of shower functions with the three primary types of water system available in the UK. Thermostatic showers are very popular in residential buildings featuring both mains-fed hot water systems as well as combi-boiler systems due to the fact that they’re both renowned for the ease through which the flow of water can be affected by the actions of other individuals. In some events, this can mean the action of individuals in separate properties. As a result, gravity-fed water systems are usually more reliable, but even at that, thermostatic shower valves are mostly seen as an additional safety feature that’s quite useful should it be required. So how exactly does the thermostatic shower work?

A thermostatic shower makes use of a thermostatic valve to mix both the cold and hot feeds in the right proportion prior to channeling the water via the showerhead. As a result of the link that exists between water pressure and water temperature, this is able to maintain a steady flow. What’s more? Contemporary thermostatic showers can also shut down by itself if it observes that the supply of cold water has reduced to a level that’s considered to be unsafe which ultimately prevents scalding. What thermostatic showers simply does is to store hot water from the mains and then mix it with the right quantity of cold water in order to generate the desired temperature. They’re unlike electric showers which collect cold water from the mains and heat it up to the set temperature.

The fact is several buildings contain artex as well as other textured coating on walls and ceilings which are all likely to contain asbestos. However, artex itself is not the main threat here but the potentially deadly harmful fibres that’s contained in it. In this post, we’re going to look at whether or not artex truly contains the deadly abestos.

The short and simply answer to this question is yes, artex can definitely contain asbestos, however not all artex will contain asbestos. The main reason asbestos was a popular construction material is because it was not only cheap and strong but also because it was very durable and long lasting. It was used in numerous construction materials ( which includes artex ) before it was finally banned in the year 1999. unfortunately during the time when artex was very popular in the 60’s, 70’s as well as 80’s, asbestos was still very much in use during the period. And as a result, a lot of the artex incorporated during that period will contain the deadly asbestos fibres. However, this does not only apply to artex, but also other textured coatings containing asbestos were incorporated in construction until 1999 when asbestos was formerly banned in the UK. These asbestos containing materials are often used on walls as well as ceilings of residential properties.

Unfortunately, it’s not possible to know an asbestos containing artex just by looking at it. In order to determine whether or not an artex contains the deadly asbestos fibres, it’ll have to be sampled and tested in a laboratory. What’s more? While several artex contains asbestos, asbestos free artex was available from the 1970s. However, since it’s impossible to determine using the naked eye, all artex installed before the ban will be assumed to contain asbestos.

External cladding will have an impact on a damp problem. However, it’s important that cladding is the last part of a damp treatment, as installing cladding over a damp wall will make the problem worse. Do not cut corners or try to remedy a problem with the cheapest solution, a damp proof course may need to be put in place before cladding.

Chimneys are certainly on top of the commonly overlooked features when it comes to cleaning a house. This is quite understandable given the fact that they’re not readily accessible and not in plain sight, hence, home and property owners tend to overlook the relevance of any chimney cleaning effort. But this can be a grave mistake! The importance of having your chimney swept on a regular basis cannot be over emphasized and even more so if it happens to be on a wood burner. Not only can a dirty chimney constitute fire hazard, but when left uncleaned it can also give rise to blockages which can lead to carbon monoxide poisoning. In fact, from 2014 to 2018, one of the top factors contributing to about 25% of home heating fires is due to lack of cleaning, mainly from solid-fueled heating equipment, mostly chimneys. Therefore, sweeping your chimney regularly is a safety precaution and when they happen to be on a wood burner, this exercise becomes a lot more important. With that in mind, the question that arises is just how often is sweeping of a chimney on a would burner needed?

Well, it’s strongly advisable to sweep chimney on a wood burner at least twice a year by a qualified professional depending on the usage. If you happen to own an oil burning fireplace, the same also applies. In other words, this means that regardless of the type of chimney you possess, the cleaning must be done regularly. However, most chimney would only need to be swept once in a year by a qualified professional.

Can You Plaster Over Tiles?

Yes, it’s absolutely possible to plaster over tiles but just because is possible doesn’t mean you should. Plastering over tiles is an option but it’s not recommended by experts due to several reasons. A good example is the fact that a tiled environment is in no way a suitable environment that can serve as a good bonding surface for a plaster. For the success of a plastering project, there’s the need for the surface to be able to bond to the PVA base coat. Due to fact that most tiles are slippery in nature and also lack of the ability to be able to absorb moisture, the PVA base coat layer will not be able to bond to the tiled surface, which will ultimately make for a weak surface upon the application of the plaster. Consequently, the plaster will easily flake and fall from the wall.

The inability to drill into the tiled wall surface after plastering is one of the major disadvantages that also arises when you decide to plaster over tiled surfaces. Most tiled surfaces are found in kitchens and bathrooms which are going to need appliances such as sinks, lavatories, kitchen counters and lots more. These appliances are designed to be installed on solid surfaces which would not be an easy task to carry out on tiles knowing there would definitely be great cracks or damages.

The best tip you’ll get if you’re considering to plaster on a tiled surface, is that detaching tiles from a surface can easily be done with a hammer and chisel, and that would save you a host of problems later in the future. However, if you still wish to plaster on your tiled walls, then you best bet would be to get a Blue Grit bonding agent. It works better than PVA and only needs one coat.

If you’re interested in installing a new kitchen for your home or property, one of the first things that comes to is the potential cost of such a project. In this post, we’re going to consider the amount a new kitchen is expected to cost. Let’s take a look!

Generally, fitted kitchen prices can be extremely high and even a budget project can cost huge bucks. In addition, you’re even likely to pay more if you’re interesting in getting a designer brand and shiny appliances. So how much will a new kitchen? Well, there’s no simple and direct answer to this question as there are a number of factors that play a major part in the determination of the price. These factors include the shape of the kitchen, the most preferred layout as well as the kitchen’s size.

On the average, a new kitchen will normally be around £8000. You should however note that this price is fitting and VAT inclusive, but excludes appliances and any preparation works that may or may not be required such as plastering walls, removing wallpaper as well as ripping out the old kitchen.

If you wish to keep the costs down, then you might want to set a budget before you start shopping for a new kitchen, know your most preferred kitchen and remove the old kitchen yourself. A good example of DIY effort which can go a long way to save and even make you some bucks is taking out the old cabinets by yourself and selling them off. You’d be amazed that there’ll people who are willing to pay £20 or more for a couple of old cupboards.

How Many Solar Panels And Batteries To Power A House?

Do you wish to know the number of solar panels and batteries sufficient for a house? Well, this is a frequently asked question in the solar world which would be very difficult to provide an accurate answer. This is basically down to the fact that all homes are unique with different sizes as well as amount of daily energy requirements. As a result, the number of solar panels and batteries needed would be unique to the house in question. However, we’ll consider the varying influencing factors that will go a long way to help calculate the number of panels and batteries needed to power a house.

First and foremost, let’s take a look at the solar panels. You’d have to start here by putting into consideration all household appliances that makes use of power in the house to get a good idea of how many that’ll be needed.

• How Many Watts Is Being Used In The House On A Daily Basis?

To determine this, simply go through your utility bill for kilowatt-hours (kWh). This varies amongst homes and being able to identify your daily average energy usage will assist you in getting your solar needs.

• What Is The Number Of The Peak Sunlight Hours At The House’s Location?

Having in mind that the solar panels only work when under direct sunlight, the first step to determine the peak sunlight hours. Once determined, you can then multiply the figure in hours by the house’s hourly energy usage and divide by the solar panel’s wattage.

Overall for a 1500 square foot house, the number of solar panels that’ll be required should fall around 15 to 18.

Meanwhile for batteries, there are also some factors to be considered to determine the number of batteries that is required to power a house. These factors include the house’s power or electricity usage, the period of time in which the battery will be used as well as the battery’ specifications.