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If you’re considering getting a solar thermal system, one of the first things that comes to mind is the possibility of the system functioning properly during the cold months. The short and simple answer to this question is yes, a solar thermal system works in the winter. However, the downside here is that it’ll be a lot less efficient when compared to how it operates during the warmer months or summer. As a result of this fact, you’ll likely need to rely more on your boiler, immersion heater or any other backup heating system during this period as your solar thermal system will fail to contribute as much as it does during the warmer months. So what exactly is the reason why solar thermal is less effective and less efficient in the winter period? Let’s have a look!

As you know, solar thermal system banks on the sun’s energy to heat the water for your home’s use. During the cold months or winter, the sunlight becomes a lot less available when compared to the warmer months, as a result, there’s less sunlight that’s available to be used for its solar energy. And even more so at the periods when the days are shorter or skies are clearly overcast.

Also having a great impact on a solar thermal system’s output is heavy snow. Flat plate collectors normally have the capacity to cope better during snowy conditions as the light that’s able to travel through the snow will heat up the absorber plate - thereby making the snow slide off more quickly. However, the case is contrary with evacuated tube collectors which possesses a form of vacuum insulation that’s crafted to minimize the loss of heat, meaning they can’t generate heat to melt and cause the snow to slide off in a similar way.

Installing a plasterboard on your ceiling is a cool way to modernize your property. Over the past couple of decades, there has bee an increasing number of trends associated with plastering of both walls and ceilings such as rounded edges and textured plaster. However, in recent times, home and property owners are now looking to install more of sharp edges. If you’re planning to plaster your ceiling, you’d probably want to know just how much this project is going to cost. If yes, then you’ve come to the right place. In this article, we’ll give you a rough estimate of ceiling plastering costs.

There are a plethora of factors the can influence the price of plastering your ceiling. These pricing components includes the following:

✓ Size. As you would have expected, the larger the job, the more the overall cost. However, the price per square metre will reduce which means that the cost of plastering a small ceiling space will cost more per square metre than the cost of plastering a larger ceiling space per square metre.

✓ Materials. We have a wide range of plasterboard available in the market. If you need a fire retardant, acoustic or other types of specialist plasterboard, you can expect to pay higher than standard plasterboards.

✓ Location. Just like many other home improvement projects, the cost of plastering ceiling varies greatly throughout the UK. Places such as London and the South East have the highest prices due to the high standard of living as well as greater demands.

In general, to plaster a ceiling (small 2 m x 2 m) - overboard and plaster will cost within the range of £200 to about £300. Also, to plaster a ceiling (large 5 m x 6 m) - overboard and plaster will cost within the range of £400 to about £600. The average plasterer’s daily rate (including material) is about £180 to £300 and ceiling plastering cost per square metre ranges between £20 to £40.

Having its usage banned in air conditioning systems and many other refrigeration applications due to the danger it poses to the ozone layer, several companies that are affected by the R22 legislation would possess a policy to identify specific recommended alternatives. If you’re also affected by this new legislation, then you’ve come to the right place. Generally, the alternative that’s selected is usually dependent on the business unit level as well as the business’ energy efficiency requirements.  In this post, we’re going to consider some of the recommended alternatives to the R22 refrigerant. Let’s take a look!

• R140a. This refrigerant is commonly used in industrial refrigeration, residential air conditioning, industrial air conditioning as well as commercial centrifugal compressors.
• R134A. This refrigerant is commonly used in domestic refrigeration, commercial refrigeration, transport refrigeration, residential air conditioning, commercial centrifugal compressors and mobile air conditioning.
• R407C. This is commonly incorporated in industrial refrigeration, residential air conditioning and commercial air conditioning.
• R407A. This type of gas is commonly incorporated in commercial refrigeration, plug ins as well as vending machines.
• MO99 ( R438A). This gas type is common applied in commercial refrigeration, plug ins, vending machines, industrial refrigeration as well as residential air conditioning.
• RS-44b. This is commonly used in all refrigeration systems.

These R22 alternatives are all believed to be environmental friendly having little to no impact on the ozone layer. However, one drawback possessed by of these alternatives is when POE oil is incorporated. This can result in excess moisture which causes acid build up inside the refrigerant lines. What’s more? These refrigerant alternatives also work at a higher pressure which means that it may cause more wear and tear on components.

When it comes to gas boilers, this is one of the most frequent questions that always pops up and for a good reason. When you invest a considerable amount of money to acquire and install a gas boiler in your business property, it’s only reasonable not only to expect the boiler to warm up your property efficiently, but also to do so for a long period of time. If you’ve just bought or about to get a new gas boiler, it’s likely you won’t have to worry about getting a replacement for a lengthy period of time. Several commercial gas boilers will last for anywhere between 10 to 15 years on the average. However in the event whereby you have an existing one that’s fast approaching the end of it’s useful life, then you should know the time go get a new gas boiler is just around the corner, and the earlier you make the purchase, the better (to avoid any surprise breakdowns that’ll leave your home super uncomfortable).

Just like any other home appliance, it’s a fact that an older gas boiler ( especially those that have been installed over a decade ago) are significantly less efficient that the new modern ones. When the older versions were manufactured is a completely different time to now as both technology and climate concerns are wide apart. So when your existing boiler is approaching the end of it’s useful life, it’ll be wise to start saving up to cover the cost of getting a new one. However, if it’s only about 5 years ago your boiler was installed, it’s highly likely to still be very efficient.

Conservatories are a very popular structure in the UK, however one of their major setbacks is the fact that they can easily overheat or get too cold. This is something all conservatory owners in the UK can relate with as it often gets too hot during the warmer months and can also easily get too cold during the winter months. As a result of this, there’s a need for good calculations to be carried out by a professional surveyor to ensure that enough cooling power is recommended. If you own a conservatory and you’re thinking about installing a heating and cooling system to make the space very comfortable and relaxing, then you’d probably want to know what the best conservatory air conditioning system is. In this post, we aim to give you an in depth insight into this to help make sure you make the best informed decision possible. Let’s take a look!

Generally, low wall mounted air conditioners are often the best choice when it comes to conservatory air conditioning. As a result of the large amount of glass used in conservatory construction, several conservatories don’t have full sized solid walls. Consequently, specialist low wall mounted units can be installed quite easily. They tend to be a bit more costly than the conventional high wall units, however they’re able to offer an impressive solution to resolve the problem. What’s more? Low wall mounted air conditioning systems are also visually appealing because as with radiators, they are positioned out of your line of sight in such a way that complements the room.

What Is Plaster Made Of?

Plaster is one of the most commonly used materials when it comes to building construction. It’s a crucial component that’s incorporated in coating walls, ceilings as well as partitions and it hardens on drying. Plastering is one of the most ancient building materials which has taken over mud to plaster reed or sapling huts so as to serve as a protection against the elements. Here, we’re going to take a look at the multiple compositions of plaster. These components are very important due to the fact that they form a protective coating on whatever they are used on. They work to protect surfaces such as ceiling and underlying walls from scratches or any form of damage.

Plaster comprises a few materials which includes gypsum, lime or cement and all operates in a similar way. Gypsum is made of calcium sulfate dihydrate and it’s the main component of main forms of plaster, sidewalk chalk, blackboard, drywall and more. Meanwhile, lime plaster is made up of sand, water and lime ( mostly non hydraulic hydrated lime). And lastly, cement which is a mix of suitable plaster, portland cement, sand as well as water.

The plaster is usually produced as a dry powder which is mixed thoroughly with water to create a stiff but also a paste that’s workable immediately before it’s applied to the wall or ceiling.

It’s quite easy to confuse a drywall with a plaster but there are some differences. Not only is plaster a much older style of wall construction than dry wall, but it’s also a lot more expensive than installing a drywall. Plaster walls are also able to provide you with a more durable finish when compared to a drywall and it makes for a better quality finish.

Are you trying to choose the perfect air conditioning unit for your home or property? Or perhaps you’re simply trying to figure out if it could be the right climate control option for your house. Regardless of your purpose, determining the amount AC systems cost to run can play a key role in identifying what your best options really are.

Obtaining estimates for the amount your new air conditioning units will cost to run may not be on top of your priority list and even more so if you’re always busy trying to determine the installation price. However, it won’t be the wisest decision to procure a new air conditioning system you can’t afford to use.

There are a lot of factors that determines the cost of running an air conditioning system. However, to give a rough idea of how much it’ll cost to run your new AC system, here’s a cost guide for two of the most popular types of air conditioning - split and multi split units.

For a small room size with an air conditioning output of about 2.5 kW, the cost to run per hour is about £10. Meanwhile,a mid-sized room with an air conditioning output of about 3.5 kW, the cost to run per hour is about £14. And lastly, a large room size with an air conditioning output of about 5 kW, the cost to run per house will be about £20.

In the event whereby you’re eager to fit a new air conditioning system, your best bet for a more accurate quote will be to get in touch with an air conditioning technician who will go through your unique project as well as the price influencing factors to provide a unique price for your project as well as its running cost.

After fitting your new windows, your installer should take away and dispose of your old windows. If you want to keep them, just let your installer know before they start work. The UPVC frames are melted down and used on the unseen parts of new windows. Aluminium frames are re-smelted and wooden are broken down and used as chipboard.