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The Best Types of Ventilation Systems

Choosing the right ventilation control for your building can be a difficult decision. There are many different types out there, so it can be hard to know which one is going to work best for you and your needs. 

You need to take a close look at all the types of systems available and the different features. This is the only way to know what is right for you. 

Below you will find the most common types of ventilation systems to choose from when designing or renovating any space.

The best ventilation systems are those that can provide adequate airflow in any space where they are installed. There are several types of ventilation systems to choose from. Although some of them tend to stand out more than others. 

The most popular are mechanical ventilation, natural air ventilation, smoke ventilation, cross ventilation, stack ventilation, and trickle ventilation. The best system for your building is dependent on the size of the building, what you can afford, and the type of system that will work best for your building.


Mechanical Ventilation in Buildings

Mechanical ventilation is the most popular type of ventilation control because it’s more efficient than natural ventilation. Mechanical ventilators use power and electricity to supply outside air with help from a device called an ‘inverter.’ 

Some mechanical ventilators are ‘on-off’ and will either stop the flow of air or deliver it as needed, while others are on a timer. Some mechanical ventilators respond to changes in humidity or temperature. 

Mechanical air handling systems are versatile and they provide a number of different advantages. The most notable advantage is that this type of ventilating control provides for better interior air quality by bringing fresh air into the building. It also reduces the costs for heating and cooling by bringing in fresh air.


Natural Air Ventilation System

Natural air ventilation systems work by using the force of gravity to create airflow within the building. 

This type of ventilation control needs no energy input and is ideal when used in coastal regions where prevailing winds provide natural ventilation. Natural ventilation systems use vents, chimneys, open windows, or any other known sources of natural draft.

The main benefit of natural air ventilation systems is that it has no operational costs, which can be very beneficial for certain buildings like schools or churches. Such a system is also more environmentally friendly as the heat can be passively dissipated from the building, and there are fewer carbon emissions.

Examples of natural air ventilation systems are manual window openers and electric window openers. The team here at Rocburn can supply and fit manual and electric window openers near you, get in touch for a FREE quote today!


Smoke Ventilation System

Smoke ventilation is a different type of natural ventilation control that is useful in fire related emergencies. It can be installed on any type of commercial space and is often found in multi-occupancy buildings such as flats and apartment buildings.

Some smoke ventilation systems work by removing smoke from the building with the help of an extraction fan. Smoke ventilation is the only type of system that requires a single-direction exhaust. 

Natural smoke ventilation systems are installed along main fire escape routes to combat smoke build up in the event of a fire, keeping escape routes as clear as possible.

The benefits of smoke ventilation systems are that they can work in a variety of occupancies. They operate separately, or in conjunction with, fire alarm systems, often being triggered alongside the fire alarm itself.

Smoke ventilation systems are ideal for many buildings, providing a safer passage for emergency exits in the event of emergencies. In some buildings, it can be detrimental not to have this kind of system installed. This may be due to the type of work done in the building, the building’s size, and age.


Cross Ventilation System

Cross ventilation systems are a passive type of ventilation control that relies on natural wind, air current, or buoyancy to generate airflow within the building. It can be used in coastal regions and open spaces.

Cross ventilation is a type of ventilation that has airflow in one direction. This type of ventilation system can be placed in any room and any building. 

The benefits of cross ventilation are that it doesn’t require much maintenance because there isn’t any complicated machinery, and the system also provides for natural cooling through airflow.

Manual or electric window openers can be used for cross ventilation in instances where windows are in hard-to-reach places. If you need window openers installed to simplify the operation of your cross ventilation system, get in touch with our team to learn more about what we can do for you!


Stack Ventilation System

Stack ventilation systems are a type of passive ventilator control that relies on the stack effect. The stack effect is the result of hot air being lighter than cold air and rising to the top. 

Stack ventilation works by using vents, chimneys, or openings on the roof that allow hot air to rise and create airflow within the building. They’re typically used when there’s not an abundance of natural wind available.

The main benefits of a stack ventilation system are that it doesn’t require any vents or ducts, it provides for natural cooling as well as the ability to reflect heat.

Window openers are a great option for use in stack ventilation systems. For example; in rooms with high ceilings and windows lining the lower and higher perimeter, manual or electric actuators can be fitted to allow for cold air to enter through the lower windows, with hot air escaping from the windows at a higher elevation. If you would like more information on how window openers can be used for your stack ventilation system, contact the specialists at Rocburn today!


Trickle Ventilation System

Trickle Ventilation is a passive type of ventilation control that relies on the effect of air pressure to create airflow within the building. 

Trickle vents are very tiny openings in windows. These small openings allow tiny amounts of air to move from one side of your window to the next. They work by allowing wind to flow through them and creating air circulation when there isn’t any natural wind available.

The main benefits of this ventilation system are that it gives a relatively even distribution of air and it is capable of providing fresh air to every corner of the building.

Trickle ventilation is typically supplied and installed built into windows and window frames.



How Does Cross Ventilation Work?

Cross ventilation is a type of ventilation where the air flows in one direction through an open window. There is also an outlet that forces warm air on the interior of a building outside usually through a vent in the roof or a high window opening.

Why Is Ventilation Important?

Ventilation is important because it provides a way for your building to maintain healthy air quality. Ventilation systems release heat and stale air from inside a building while also replacing it with fresh air.

What Do I Need To Know About Smoke Ventilation Building Regulations?

Building codes often set out several regulations about how smoke ventilation systems should work, where they should be placed, the legal minimum requirements and why they should be used. 

The specifics are outlined in The Building Regulations “Approved Document B” volume 1 & 2, providing a deep insight into what is expected for fire safety in dwellings and other types of buildings.


What Are The Building Regulations Requirements For Trickle Ventilation?

Trickle ventilators are not mandatory. They are only mandatory if the windows on the building already have them. 

If you are replacing ventilators they must not have smaller openings than the ones that are already installed. There must be one window in every room that can be used as an exit. 

Please refer to the aforementioned Building Regulations Approved Document B volumes for legal requirements.

How to Use Mechanical Ventilators?

Industrial buildings produce a lot of waste heat. A mechanical ventilator is usually installed at the back of the building and sucks in fresh air from outside while pushing out the bad air. The fresh outside air flows through ducts, causing high pressure on one side of the building and low pressure on the other. 

Consequently, all the hot and dirty air is forced out gradually through an exhaust stack to make space for any additional hot, dirty air to enter and be forced out. This creates a cycle of airflow. Mechanical ventilators can be very expensive to install, but they are worth it because they reduce cooling costs significantly so you will recoup the costs.

Looking for Help With Your Ventilation Give Window Openers a Call Today! 

We understand that there is a lot to consider when you are trying to decide on the correct ventilation system for any building. It is best to take a close look at your wants and needs as well as what you can afford. Our team of experts are ready to assist you with making the right purchasing choice for your ventilation system.


We supply and install a wide assortment of manual window openers and electric window actuators that allow for effective utilisation of windows for ventilation purposes. Whether your windows are hard to reach and require a solution for ease of use, or if you would like to automate your windows on a timer for optimal ventilation, Rocburn is the best choice!


Get in touch with our team today to discuss the various types of window openers that we supply and to obtain a FREE quote



What Fire Regulations are in Place Within the UK?

Fire regulations are continuously changing and improved to help ensure the protection of building structures and those individuals inside them are at the best they can be.

Fire Safety Regulations in the UK

The regulatory reform (Fire Safety) that would become the law in October 2006, saw a change in how fire safety of buildings would be managed and put in place from then on. It’s important that all buildings have the appropriate fire safety regulations in place to prioritise the safety of those in the building and of the building itself.

Fire Safety Regulations that Are in Place in the UK

There have been many updates to the fire safety regulations in 2021, with focus on high-risk residential buildings. These include changes involving the introduction of duty holders, responsible for managing risks across design, construction and occupation of buildings as well as mandatory reporting to the Building Safety Regulator of any fire and structural risks that could cause risk to life.

Passive Fire Protection is a provision that requires all UK buildings, regardless of whether they’re domestic or non-domestic to be in accordance with the Building Regulations 2010, Fire Safety, Approved Document B.

All buildings must have high fire resistant qualities, especially those in public establishments or very tall buildings. These factors that are met will influence the amount of fire protection the building has and for the structure to withstand a fire for a set time.

When it comes to UK fire regulations, these strict rules are put in place to help protect everyone, no matter what building they may be in.


Bathroom Ventilation: Tips for Determining the Right Ventilation Options

Bathroom ventilation is a crucial part of any well run and functional home, and we’re going to explore why this matters so much, as well as how you can get better ventilation for your bathroom.

Everything You Need to Know About Bathroom Ventilation

Bathroom ventilation is crucial in any home, and it’s something that you need to make sure you have in your property. There are a lot of things that play a role in helping with this, and being able to improve ventilation is vital due to the extra humidity in the bathroom. Showers, baths, hand washing, and using the toilet all add moisture to the room, and, if left untreated, moisture can turn into rising damp and mold. So, it is vitally important that you look at some of the best ways of being able to keep your bathroom more effectively ventilated.

Mold and damp can cause a wealth of structural problems in the home, not to mention the possibility of health problems in the future as well. So, this is something that you need to make sure you get sorted as much as you can in order to improve the bathroom, and, by extension, the home. Finding the right bathroom ventilation systems for your home is something you’re going to need to work on as much as possible when you are looking to improve the ventilation of your bathroom moving forward.

Now, there are a lot of great reasons why you need to ensure you have the right bathroom ventilation options, and these are some of the key reasons why you need to make these changes as much as you can:

Greater comfort

A bathroom with too much humidity and moisture can be uncomfortable, and may make you too cold in lower temperatures, and too hot in higher temperatures.

Reduces bacteria

Mold can create spores and bacteria, and this can be detrimental to your health and wellness. Better bathroom ventilation options reduce the risk of things like strep throat.

Less condensation

Condensation can be a pain on your windows and mirrors, and one of the best ways of reducing this risk is to make sure you get a better ventilation system in the bathroom as much as possible.

Installing an Extractor Fan in a Bathroom Window

An extractor fan is one of the leading examples of bathroom ventilation services you can use right now, and here are some things you need to know about this option.

Do you need an extractor fan in a bathroom with a window?

Figuring out the right bathroom window extractor fan is really important to help with this right now, and there are a lot of elements to think about. One of the key questions to ask is do you need an extractor fan in a bathroom with a window? Surely just opening the window would be fine, right? Well, in theory, yes. But, it’s not feasible to crack a window open all the time, especially in the colder months of the year. A window extractor fan provides a comfortable and simple way of providing ventilation to the bathroom.

What are the regulations regarding bathroom ventilation in the UK?

In the UK there are rules surrounding whether or not you need to have an extractor fan in your bathroom, and this is something you need to be aware of. The basic rule is that if you have a window in your bathroom that opens, you are not required to have a window ventilator or extractor installed. Having said this, many homeowners like to have both, which does make a lot of sense for improving how the bathroom is to be ventilated. Indeed, new bathrooms are required to have extractor fans that extract at a rate of 15 litres per minute, and will run for 15 minutes after the light has been switched off.

Benefits of increased bathroom ventilation

bathroom ventilation tips

Of course, there are so many reasons why you need to have good bathroom ventilation, and this is definitely something that you’re going to need to make the most of right now. Try to think about some of the best and most impressive ideas you can use to improve and increase your bathroom ventilation as much as possible. These are some of the key benefits you need to understand about having the right bathroom ventilation options for your home.

Improves air quality

One of the best things about bathroom ventilation is that it improves air quality and goes a long way towards getting rid of bad smells and improving the air you breathe in. This is something you need to consider when it comes to choosing the perfect bathroom ventilation options for you.

Preserves the interior of the home

Another thing to consider when it comes to ventilating the home is the fact that it prevents mildew and mold from building up. This can have a hugely negative impact on your interior, including your fixtures, fittings, and paintwork. There are a lot of benefits to this, and looking after the interior is so important. You want to be able to look after the inside of the property, and ventilation is a great way helping with this.

Keeps harmful bacteria away

Having a well ventilated bathroom is so important for helping you to improve your health and keep harmful bacteria from spreading. You need to make sure you have a good window-mounted extractor fan in order to help you improve the way you keep the room ventilated, and this is definitely something you have to get right moving forward.

Increased comfort

There are a lot of elements that you need to keep in mind when it comes to making the most of this, and increased comfort is a great reason for better ventilation. The right window ventilation fan can play a big part in helping you to achieve comfort and improve the conditions of the home for you and your family. So this is something you need to make the most of right now, and there are plenty of excellent benefits that play a part in helping you achieve this right now.


Something else that is great about a well ventilated bathroom is the fact that it complies with housing and building regulations, and this is crucial. The Homes Act of 2018 has a detailed section on ventilation and the type that is needed in order to be compliant. These ventilation rates differ depending on the size of the property, and certain aspects of the bathroom. But complying to these regulations is really important, and this is one of the best ways of being able to achieve this.

Can sometimes boost energy efficiency

Energy efficiency is a big thing these days with a lot of homeowners, and there are certainly steps that you can take when it comes to ventilating your home in a more energy efficient manner. Obviously, this depends on the ventilation options you choose, but things like heat recovery ventilators are 95% energy efficient, saving you money as a homeowner, as well as giving you all the other ventilation benefits too.

Different ventilation options

There are plenty of different bathroom ventilation options for you to consider when you are trying to make the best extractor and ventilation options that are going to help your home improve and thrive. Here are some of the main ventilation options that you can keep installed in your bathroom right now.

Ceiling to Wall

Ceiling to wall ventilation is the most common bathroom ventilation option, which happens when the fan is installed in the ceiling, and the vent goes on an exterior wall. The vent has a cover with a flapper, which allows it to filter better, and this is one the key ventilation ideas you should be looking to keep in mind.

Roof vent

Venting your bathroom directly in the roof is something you need to make the most of, and there are a lot of ideas that can help you with this. The roof vent has to be much more durable, so it can withstand the external elements, and this is something that can increase the cost of the ventilation system. Check: Electric Actuators

Wall installation (Low Profile Fans)

You can install your ventilation fan on a vertical wall in the bathroom as well, and this is a thinner bathroom fan where the vent can be immediately attached on the outside. There are a lot of benefits to this, and wall installation can make a huge difference to the way in which the bathroom is ventilated.

Window extractor fans

Bathroom window extractor fans are another common and popular choice for homeowners. A window ventilation fan is something that would be ideal when there is nowhere else to put the fan, or, for those looking to preserve the aesthetic of the bathroom, but who still want to have ventilation for the room as well.

Tips for determining the right ventilation options for your home

You have to make sure you do as much as possible to get the right ventilation options for your home, and it is imperative to try to get the most out of this. Try to come up with the best ways of being able to get the ideal bathroom ventilation options, and this is something that you need to make the most of right now. There is a process to consider when you are looking to choose the ultimate ventilation for your home, and these are some of the things you need to consider and make the most of here:

Assess your home’s natural ventilation

natural ventilation

The first way of being able to start with this process is to make sure you assess and consider your home’s natural ventilation options. This is important to think about before you make the decision about your ventilation.

Think about the options you could choose from

There are a lot of options you can choose from when it comes to the best ventilation options, and thinking about the different options that will suit the design and aesthetic of the home is so important right now.

Set yourself a budget

Of course, a budget is also crucial, and you need to keep an idea in mind to help you find the best possible options for your home. Determining a budget in advance lets you decide how much you’re going to spend, and will help you to find the best possible ventilation options for your bathroom.

FAQs regarding bathroom ventilation

There are a lot of questions that people may have about bathroom ventilation systems, and, as a homeowner, it is certainly important that you take steps to find the best possible option for you. Here are some of the FAQs homeowners typically have regarding the situation of bathroom ventilation.

Where to put a ventilation fan

Okay, so this one largely depends on the layout and design of the bathroom, as well as your aesthetic tastes. Many people like to put their ventilation fans on the wall or ceiling in the bathroom. However, in some cases you might like to go for a window vent fan, especially if you have your shower next to the window. This also keeps the walls free, and helps you out if you’re limited for space.

Do fans have to be vented outside?

Most of the time it is a requirement that you have your fan vented to the outside of the building, thus allowing the moisture to escape outdoors. Excessive moisture can cause condensation on the roof or insulation if you vent to the attic or loft, so you need to avoid doing this. Try to make sure you do as much as possible to come up with ideas that will help you vent correctly in order to protect and preserve the interior of the home.

What is the general cost for good bathroom ventilation?

Of course, budget is one of the key factors to consider when you’re looking to do this work, and it is important to make sure you think about the best possible ideas that will help you to get the best ventilation work for the home. These days, the average cost of good bathroom ventilation can vary, but a bathroom extractor fan costs, on average, £75 to install.

Get the Right Ventilation for Your Bathroom

Getting the perfect bathroom ventilation is so important, and this is something that you need to try to get right to improve your home. It is clear that bathroom ventilation has a lot of benefits, such as providing cleaner, healthier air, cutting down on the chances of damp and mold, and making the property a more aesthetically pleasing place to live. There are a variety of different options to consider when looking at the ultimate ventilation choices, and it largely depends on the space and layout of the bathroom.

You need to make a decision about the sort of ventilation you want for your bathroom, as well as coming up with a budget for what you want to spend on this. It’s imperative that you have the right kind of ventilation in your bathroom to provide a healthier and more comfortable home, and this is certainly something that you need to work on.

If you are serious about getting the best ventilation system for your bathroom, you should be looking to hire amazing window and ventilation experts like Rocburn. Get in touch today to get the ball rolling, and work with them to choose the ideal bathroom extractor options to enhance your home.


Trickle Vents – Benefits Of Trickle Ventilation Windows

Big improvements have happened when it comes to draught-proofing our homes. Modern windows are brilliantly energy-efficient thanks to becoming airtight, however, an entirely airtight interior isn’t good for air quality and moisture in the home. If you want to maintain a comfortable and healthy environment, it is important for your home to be well ventilated. This is why manufacturers install trickle vents in the frames of their window designs.

So, What Are Trickle Ventilators?

Window trickle vents are a small ventilation window that allows a small amount of air to freely pass from one side of the window to the other. It enables the homeowner to benefit from fresh air without the need to open windows or doors. The vents work in the background to help provide fresh air and ventilation to help contribute to a healthy living environment by introducing controllable room ventilation using tools such as tickle vent covers. When following trickle vents building regs they are installed at the top of a window and can be adjusted using a rod, cord, or hand.

The Benefits Of Trickle Vents Windows

Having uPVC window vents, trickle vents for wooden windows, or trickle vent installation double glazing as part of the window unit, is able to provide a home with constant, unobstructed, and secure ventilation in the background.

  • Cleaner Air Provided For Your Home

Trickle vents help to provide effective ventilation in the background of your home. It can help to alleviate things such as asthma and dust in the home and can help to reduce the severity of other health problems. It can also help to minimize the number of pollutants like carbon monoxide and carbon dioxide that is in your home. Not to mention the fact that having fresh air running through your home in your control means your home will always smell fresh and have minimum harboring of germs and bacteria.

  • Better Security

They are a great help when it comes to the security of your home. An open window can be an easy access point for a burglar who chooses to take the opportunity. However, a trickle vent can control and enables you to vent your home while keeping your windows locked and secure.

  • Less Mould And Condensation

There is likely to be less mold and condensation that builds up in your home that could lead to damage to your decor or reduce the health standards in your home. It may be that you have existing problems with condensation and you have already searched ‘what is vent alternative to trickle vents? however, you will find that installing windows with suitable trickle vents may be the ideal cure for the condensation problem.

  • 24-Hour Operation

Even if you are away from your home you can set the trickle vents to provide background ventilation for your home. This is great if you go away on holiday and don’t want to come home to a stuffy house. It’s also brilliant when is it a hot day and you’ve been away at work.

  • Reduces Noise

When you have trickle vents you don’t need to open your windows to get the fresh air that you need. This is particularly useful if you live in a noisy environment such as near a busy road, airport, or train station. You can also choose to have acoustic trickle vents installed.

  • Cost-Effective

When you are looking for background ventilation for your home, trickle ventilation offer one of the most cost-effective solutions out there. You have no need for expensive ventilation systems in your home, no ongoing electricity costs, and no need for air bricks.

Why Is Background Ventilation Important?

Recently there has been a big focus and drive surrounding thermal comfort and the potential increase in energy efficiency for residential dwellings. This is because they have become better sealed than they have ever been before.

As our homes are becoming more airtight, they also face a few risks. Internal pollutants such as cooking, germs, bacteria, and recycled air can have a much greater impact on the quality of the air inside a home if it doesn’t have proper ventilation. So, even though airtightness is great for energy efficiency for energy consumption, it should ideally be supported by trickle ventilation to help the pollutants escape. The health of those living in these homes could be at risk if there is a lack of ventilation.

If you want to provide a comfortable and healthy internal environment, then an effective background vent is essential.

Do I Have To Have Them?

Well, it depends. Trickles vents are now a requirement under building regulations. Therefore when new windows are being assessed for installation, the following needs to be considered:

They aren’t mandatory unless the windows that are being replaced have them already, however, it is a good working practice to think about having them included when you have new windows. Replacement vents need to be no smaller than the existing vents in place.

Even though they aren’t mandatory, it is still a good idea to consider increasing the ventilation in your home. Where security isn’t compromised, two-stage locking handles are a perfectly fine form of trickle ventilation, as long as draughts won’t create a problem. This usually means that they aren’t acceptable on the ground floor, in case the windows are tampered with.

Because of the health benefit, homeowners can get from having proper ventilation in their homes. It is highly recommended that any replacement windows include trickle ventilation even if the old windows didn’t have them. If you already having an existing problem with condensation, fitting a new style window that includes a trickle vent could be the answer to the problem.

Is There An Alternative To Trickle Vents?

So you may want to know what are the alternatives to trickle vents. In simple terms, opening your window. It is a good idea for homeowners to open their windows for a few minutes every single day. Yes, this includes the winter. Doing this allows the moist air to escape and drier, fresher air to replace it. This is even more important in the bathroom and kitchen.

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Natural Ventilation for Infection Control in Healthcare

Ventilation moves outside air into a building or a room in the building. It also distributes the air throughout the facility or room. The general purpose of ventilation in any building is to provide healthy air for breathing by both removing the pollutants from the air within the building or the room and removing pollutants originating from it too.

There are three essential elements to any building ventilation –

Airflow direction, this is the overall airflow direction within the building. This will be from clean zones to dirty zones.
Ventilation right, this is the amount of outdoor air that will be provided to a room, and it will be the quality of the outdoor air too.
Airflow pattern and airflow distribution, the external air should be delivered to each part of the room or building in the most efficient way. All of the airborne pollutants are generated in each part of the building or room; should also be removed, in the most efficient way.

The three methods of ventilation are natural, mechanical and hybrid. Hybrid ventilation is called mixed mode.

What is Natural Ventilation

As mentioned above, there are three methods of ventilation. Natural ventilation is when a purpose-built opening is placed in various places through a building. These are doors, solar chimneys, wind towers, trickle ventilators, and windows.

Natural forces, known as wind (thermal buoyancy forces), indoors and outdoor air density differences will push out the door through or other purpose-built envelope openings within the building.

Read also: Natural Ventilation Types and Benefits

This is what we know as natural ventilation. The natural ventilation of any building will depend on the building’s design, human behaviour, and the climate.

What is Mechanical Ventilation

Mechanical ventilation is where a mechanical fan will drive into or out of a building. You will find these are fans, and they can be installed in windows or walls, or into air ducts for supplying into or exhausting air from a room.

The type of mechanical ventilation that you need to use will depend on the climate. In humid and warmer climates, infiltration might need to be used in order to prevent or minimise Interstitial condensation. Interstitial condensation is when warm, moist air from inside a building penetrates a wall, floor, or a roof and meets a cold surface.

In these cases, a positive pressure mechanical ventilation system is the best option.

However, in cold climates, exfiltration needs to be prevented. This will help reduce interstitial condensation.

For a room like a bathroom, toilet or kitchen, but have locally generated pollutants, and a negative pressure system is the best option.

In a positive pressure system, the room is in positive pressure, and the room air is leaked out through envelope leakages or another opening. In a negative pressure system, the roof is in negative pressure, and the room air is compensated by sucking air from outside.

A balanced mechanical ventilation system is a system where air supplies and exhaust have both been tested and adjusted in order to meet any design specifications.

This will mean the room pressure will be maintained at either slightly positive or slightly negative pressures. This is achieved by using slightly on the equal supply of exhaust ventilation rates.

Comparing Mechanical and Natural Ventilation

natural ventilation working guide

There are advantages to both systems. For example, when a mechanical ventilation system is well designed, maintained and installed by professionals, you can expect a high-quality ventilation system.

  • Filtration systems may be installed in mechanical ventilation, so that harmful microorganisms, gases, particulars, odours and vapours can be removed.
  • Mechanical ventilation can work everywhere where electricity is available.
  • An airflow path and mechanical ventilation systems can be controlled entirely. For example, this can allow air to flow from areas where there is a source, for example, a patient with an airborne infection, towards areas where there are no susceptible individuals.
  • In general mechanical ventilation systems are considered to be among the most reliable in delivering the designed air flow rate. This is regardless of the impact of all variables and the ambient temperatures. Mechanical ventilation can be quickly and easily Integrated into air-conditioning systems. Not only this but the indoor air temperature and humidity are also easy to control.

There are a number of issues with mechanical ventilation systems, and it is essential to understand these before making any decisions.

  • Installation and maintenance costs for mechanical ventilation systems can be relatively high. If a mechanical system cannot be installed appropriately or maintenance, due to a shortage of funds, the performance will be compromised, and this can cause catastrophic consequences.
  • Mechanical ventilation systems occasionally have interruptions for a wide range of reasons. These can include utility service interruptions, poor design, incorrect management, reduced/poor maintenance, and equipment failure. If the mechanical ventilation system fails at a critical point, this can be expensive to fix.

Natural ventilation systems have several advantages, compared with mechanical ventilation systems.

  • Natural ventilation can be more energy-efficient, more so if heating is not required
  • Well designed natural ventilation system that could be used to access higher levels of daylight
  • A natural ventilation system can generally provide a higher ventilation rate more economically, simply due to the use of natural forces and large openings, like windows.

There are a number of drawbacks for natural ventilation systems to

  • Other maintenance costs of natural ventilation systems are quite low, if a natural ventilation system cannot be installed correctly, or poorly maintained, the performance cannot be compromised and can increase the risk of airborne pathogens being transmitted.
  • Natural ventilation only works for natural forces are available; for example, if there is no wind, there are no natural forces.
  • It is difficult to control the airflow direction of natural ventilation systems, as well as sustained negative pressure or positive pressure. This means there is a risk of contamination for corridors and other rooms.
  • Natural ventilation is a variable and very heavily dependent on external climatic conditions. The two driving forces generate the airflow, wind and temperature difference, can vary widely. Natural ventilation, therefore, it is difficult to control, with airflow high in some locations and stagnant in others. This causes the possibility of having a low air change rate during certain on favourable climate conditions.

Mechanical Ventilation vs Natural Ventilation for Infection Control

The decision to use and natural ventilation or mechanical ventilation for infection control should be based on the needs of the patients. As well as of the availability of resources, and the cost of the system.

The NHS policy tends to limit the adoption of mechanical ventilation, to the principle of medical treatment areas such as airborne infection isolation rooms. As well as operating theatres and associated rooms.

ventilation healthcare

This means that patient wards are usually not required to be mechanically ventilated, and then a natural ventilation system should be in place. Opening windows is usually the most common solution used within the NHS.

One of the most significant energy users in hospitals is air treatment. The low energy hospital study identified this as an area for saving by naturally ventilating or non-clinical areas, and current NHS guidelines have been adopted at this conclusion.

Mechanical ventilation is costly to install and maintain in isolation rooms. It also does not deliver the recommended ventilation right, and they failed to maintain negative pressure. Furthermore, in fact, might be on the positive pressure.

For example, Pavelcek et al. 2000, evaluated 140 designated airborne infection isolation rooms in 38 facilities. This was from 1992 to 1998, and they found that unwonted directional airflow out of the patient room was observed in 38% of the facilities. Some of the primary factors that were associated with the incorrect operation of the airborne infection isolation rooms included –

  • Shared anterooms 14%
  • Turbulent airflow patterns 11%
  • Automated control systems and accuracy is 10%
  • The ventilation system is not balanced 54% of failed rooms

Not only this but a number of problems related to the use of mechanical ventilation can arise if there is a lack of active collaboration between technical and medical staff. This could also occur with natural ventilation. However, mechanical ventilation does need more attention.

It was found that medical staff often have poor knowledge of how the intended operational performance of a ventilation system should work. Even with regard to the protective functions, the systems that were originally adequately designed can be misused, and the intended function will be reduced, and this leads to an increased risk.

Expensive and sophisticated ventilation systems are often not adequately integrated into the building design, or used and maintained correctly.

A building repair without adequate control may adversely affect nearby areas via mechanical ventilation.

Many of these issues can also occur with natural ventilation, however.

A comparative analysis of natural ventilation systems and mechanical ventilation systems looked at eight hospitals in Lima, Peru. Out of this hospital is five had an old fashion design, and three had a modern design. Seventy of the naturally ventilated infection patient rooms were included in the study.

These rooms were compared with 12 that we are mechanically ventilated. Negative pressure respiratory isolation room built after 2000, and this is what the analysis found.

  • Facilities built more than 50 years ago, which have large windows and high ceilings, with windows and doors open, had higher ventilation right then modern naturally ventilator dreams.
  • Opening windows and doors provided medium ventilation of 28 ACH, which is more than double the recommended 12 ACH in mechanically ventilated, negative pressure rooms. However, this relies on the right door and window operation. None of the rooms was normally operated with windows and doors open.

These results should, however, be used with caution, as the ventilation rates in the analysis were reported without detailed information and climatic conditions. For example, how fast was the wind blowing, and in what direction was it blowing?

Carbon dioxide measurement devices also impacted the right ventilation measurements.

Moreover, the fact that these measurements were taken in buildings that have multiple, interconnected spaces would have affected the outcome.

Testing Ventilation Performance

Ventilation performance in buildings can be evaluated with the following four aspects. These four aspects are linked to three basic elements of ventilation.

  • Is the overall airflow direction in a building from clean to dirty zones? For example, isolation rooms or areas of containment, such as a laboratory?
  • How efficient is the system in removing any airborne pollutants from each location in the room or building?
  • Does the system provide sufficient ventilation at the rate required?
  • How efficient is a system in delivering outdoor air to each location within the room, or building?

Two overall performance indices are often used. The ventilation effectiveness indicates how efficiently the airborne pollutants are being removed from the room, and the exchange efficiency indicates how efficiently the fresh air is being distributed in the room.

Engineers will define the local mean age of air as the average time the air takes to travel at the point at first entering the room, and the room means the age of air is the average age of the air at all points in the room.

The age of the air can be measured using tracer gas techniques.

Exchange efficiency is calculated from the air change per hour, and the room means the age of the air. In the case of a piston-type of ventilation, the exchange efficiency is 100%. For fully mixing ventilation, the air exchange efficiency is 50%. Exchange efficiency for the displacement of ventilation is in between the two; however, for short-circuiting the exchange efficiency is less than 50%.

The measurement or simulation can evaluate the effectiveness of ventilation. This means the ventilation of flow rate can be measured by measuring how quickly injected tracer gas is decayed within a room. It can also be by measuring the air velocity through ventilation openings, or adults within a room.

As well as the floor area. Airflow direction can be visualised using smoke. Computational fluid dynamics, and particle image velocimetry techniques will allow the distribution performance in a room to be modelled.

How to Keep a Room Well Ventilated with the Windows Closed

If you are completing a DIY project that exposes you to fumes, you can ventilate the room without opening any windows at all. The same applies if you are trying to replace stale air with fresh air simply.

Most of us consider windows the best way and the easiest way to ventilate rooms, as they do provide a healthy flow of air throughout the room and your home. However, it is possible to keep a room well ventilated with the windows closed.

Focus on the doors

Rather than opening any windows, where possible you can open the doors in the room. If those doors lead to other spare spaces that can significantly improve the airflow. Well, focusing on doors, it is important that you close any doors that lead to nowhere, such as pantries or closets.

This can keep air moving out of the other door rather than being trapped in any enclosed spaces. If you happen to have any doors that open to the outside of that have screens keep these open, even for just 10 minutes as it can drastically improve the ventilation within the room.

Turn on ceiling and table fans

If you have any standing funds or ceiling fans within the room, keep these turned on to a medium-high setting. This will promote the air movement in circulation around the room. Ceiling fans rotate the air between the topsides and bottom of the room and are able to cause a breeze that can be strong enough to push stale air and fumes out of a doorway.

Tabletop and standing fans are not quite as strong as ceiling fans; however, they can produce a similar result. Placement of these fans will make a difference to the air circulation within the room.

Have box fans in the entrances

Construction workers and professional painters will often have a box fan in the entrance. These powerful, relatively cheap devices, when used in the doorway, can pull air from outside of the room and push it in.

This displacement will remove style and fumes. This can make a significant difference when you are working on a project that involves fumes, paint, stains, and where the windows are unable to be opened.

Turn on the air

If you have an Aircon unit, then make sure you have it on. An air-conditioning unit can help to keep your room well ventilated as well. Air-conditioners remove the heat from the air and continuously circulate air in the home, this constant exchange of air gets rid of stale air, fumes and pollutants.

It is vital that you regularly replace the filter on your air-conditioner, as this can help reduce allergens and odours.


Window Ventilation Company – Covid Prevention

2020 has taken us all by surprise. At the start of the year, very few could have predicted that the world would find itself in the grip of a global pandemic. Governments around the world have had to take a huge array of steps and measures to reduce the spread of coronavirus and Covid-19. Over the past four months, most countries have been in a lockdown state, with everyone but essential workers being encouraged to stay home. But more recently, restrictions are being lifted and increasing numbers of people are being able to do more of the things we usually do. This could include going to work and spending time in more social settings. Of course, the virus is still present. So, if you run a business that hosts staff or members of the public in a commercial premises, you’re still going to have to make some changes to the way you operate in order to prevent it from spreading further.

This will be a multi-step process, focusing on various different aspects of your business and operations. Most companies now have social distancing stickers placed on the floor, hand sanitiser readily available and face masks used where necessary. But one area that many businesses are forgetting is ventilation. Here’s a little information on how ventilation could impact levels of coronavirus and how to prevent covid-19 inside your business with clever ventilation solutions.

REHVA’s Research

Earlier this year, REHVA (the Federation of European Heating, Ventilation and Air Conditioning Associations) decided to conduct some research in order to provide interim guidance on how businesses should operate and use building services in order to combat the spread of coronavirus during the pandemic. This research focused on commercial buildings and public buildings, including:

  • Offices
  • Schools
  • Shopping areas
  • Sports premises
  • Other spaces where only occupation by infected people is expected

While information on coronavirus and Covid-19 is limited, the REHVA has done its utmost to find effective best-practice recommendations based on evidence from the SARS-CoV-1 outbreak in 2003 and 2004. The following information is based on their research and recommendations.

How Does Covid-19 Spread?


In order to prevent the spread of Covid-19, you first need to understand how it spreads. There are two dominant transmission routes of covid-19. The first is via large droplets (such as the droplets that we emit when sneezing, coughing or talking). The second is via surface transmission (touching hands, faces and so on). Let’s focus on air transmission through large and small droplets for now.

Large Droplets

Airborne transmission through large droplets tends to occur when these droplets are released (often through the acts of coughing and sneezing) and land on surfaces within a two metre range of the infected person. People standing within a two metre radius of this individual can then catch the virus themselves. Preventing the spread of the virus through large droplets is relatively simple. You just ensure that everyone stays at least two meters apart from one another. You can also encourage the use of face masks to block the projection of large droplets.

Small Droplets

Small droplets tend to be much more difficult to control. They can stay airborne for hours and can be transported long distances, circulating around enclosed spaces. The coronavirus particle, in particular, remains active in common indoor air conditions for up to three hours. As you can imagine, these particles and droplets can be spread around spaces through airflows and ventilation systems. A two metre distance isn’t sufficient to stop the spread of coronavirus through small droplets and particles. Instad, you’re going to have to take a look at your space’s filtration and ventilation systems.


Bearing the above information in mind, here are some of the recommended solutions provided by REHVA.

Increasing Air Supply and Exhaust Ventilation

Exhaust Ventilation

The most important piece of advice is to supply as much outside air as possible to your indoor space. This should now be deemed an essential for covid-19 office prevention, as well as covid-19 prevention in any other commercial or public premises. You should consider keeping your ventilation on 24/7. Simply use lower ventilation rates when there is nobody present in the building. Exhaust ventilation systems in toilets should also be left on 24/7. Just make sure to use relatively negative pressures to ensure that faecal-oral transmission is avoided in these spaces.

Use More Window-Driven Natural Ventilation

natural ventilation

If your building does not have a mechanical ventilation system, you should make sure to open any windows that you can. This can cause thermal discomfort, with your commercial or public space becoming too warm or too cold depending on the weather. But it is important for the prevention of Covid-19 in offices and other spaces. This is also an additional step you can take even if you do have a mechanical ventilation system. All in all, an open window will significantly increase natural ventilation in any given space.

The only room where windows should remain shut is the toilets or bathroom. This is because open windows in these spaces that have passive stack or mechanical exhaust systems could contaminate airflow from toilets into other spaces. If you do not have exhaust ventilation in your toilets and you do have to open windows in this space, it is recommended that you also keep windows in other rooms of your building open. This will help you to achieve cross flow throughout the building.

Humidification Is Not Effective

You may be familiar with the advice that humidification up to 30% is effective in preventing symptoms and cases of the common cold in the winter. This is because nasal systems and mucous membranes are more susceptible to infections at a low RH of 20%. But this isn’t really effective when it comes to Covid-19. This is because Covid-19 is highly resistant to environmental changes and is only impacted by humidity at levels of 80% and above, accompanied by a temperature above 30 degrees. This, of course, isn’t feasible in an office, commercial or public space, as all occupants would be too uncomfortable to complete any work.

Safe Use of Heat Recovery Devices

Heat Recovery Devices

It is recommended that you turn off rotary heat exchangers during the coronavirus pandemic. This is because heat-recovery devices can carry the virus attached to particles from the exhaust airside to the supply airside if there are leaks in your system. In rotary heat exchangers, particles deposit on the return airside of your heat exchanger surface and can be resuspended when the heat exchanger turns to the supply airside. Put simply, this all means that virus particles in extract air can re-enter your building while your heat recovery devices are in use.

REHVA advises that if leaks are suspected in your heat-recovery sections, pressure adjustment or bypassing can be another option. This will help to avoid a situation where higher pressure on the extract side can cause air leakages on the supply side.

It’s good to note that transmission through heat recovery devices isn’t an issue if your HVAC system has a twin coil, or “run around coil”. It is also not an issue if you have any other heat recovery device that guarantees air separation between the return and supply side.

No Use of Recirculation

It’s important to be aware that virus particles in return ducts are able to re-enter your building if your centralised air handling units have recirculation. So, it’s important that you do not use central recirculation during the pandemic when it comes to well managed covid-19 ventilation. You should ensure that you close recirculation dampers, even if there are return air filters present. REHVA notes that these return air filters do not usually filter out viruses like coronavirus.

If you have a decentralised system, such as a fan coil unit, these will use local circulation and should be turned off. This will prevent resuspension of particles at room level. If your unit cannot be turned off, you should at least make sure to clean your systems regularly.

Duct Cleaning is Not Effective

It is not likely that virus particles will deposit easily in ventilation ducts. Instead, they will generally be carried away by the airflow within the system. This means that you do not need to clean your ducts any more regularly than usual. Instad, focus should be laid on increasing fresh air supply and avoiding recirculation.

It Is Not Necessary to Change Outdoor Air Filters

Fine outdoor air filters will provide reasonable protection against rare cases of low concentration, virus-contaminated outdoor air. It is important to be aware that clogged filters are not a source of contamination, so you do not need to change them any more frequently than usual for covid-19 prevention offices.

Hopefully, some of the above information will help you to implement good quality covid-19 prevention in your commercial or public space through the use of effective ventilation! All of the guidelines are easy to follow and each of the steps are relatively simple to implement. So, get started now for the best results!


Natural Ventilation | Types, Working and Benefits

Keeping your house cool and comfortable without impacting on the air quality can be challenging, especially in summer. While artificial methods of ventilation such as AC systems and fans have become increasingly popular over the last years, these have some downsides that are worth considering before picking a ventilation system for your house.

Natural ventilation, instead, can reduce your energy consumption and leverage the force of nature to keep your living environment comfortable and ventilated. Strategically-placed openings in a building can encourage natural movements of wind without the need for mechanical means.

At its very core, natural ventilation works by making the most out of the difference in pressure created between the outside and the inside of your house by air temperature and wind. In turn, this airflow can decrease and increase the internal temperature and provide a suitable and enjoyable environment.

How Does Natural Ventilation Work?

As we have seen, natural ventilation leverages the difference in pressure created on opposite sides of the walls of your building. Such a big difference in pressure comes from different air temperatures and wind.

natural ventilation working guide

While this is the concept at the core of this passive ventilation system, a strategic natural ventilation system is a little more refined than this. The windows placed on the facade and roof of the building will open and close automatically, according to the settings desired.

The movements of the windows will happen by incremental amounts, for the system to reach the values of the settings regarding:

  • Room temperature
  • Humidity
  • CO2 levels

Natural ventilation systems or passive venting can achieve such precise levels thanks to meters that can read the exact external temperature, wind speed, rain potentials, and atmospheric conditions. These will be matched with internal room temperature, humidity levels, and CO2 levels. This cutting-edge technology allows a refined passive vent system to control the building’s internal climate.

Why Choose a Natural Ventilation System

Now that you have an answer to the “what is passive ventilation” question, let’s have a look into the benefits this type of ventilation in buildings can bring.

  • Cost Reduction

AC systems and fans can be effective in cooling down a room, but they can also significantly weigh on your monthly electricity bills. Such systems are not particularly energy-efficient, and they work through the use of artificial airflows. The level of maintenance required by such systems can only add to the average cost of such equipment.

For Natural Ventilation Systems – Contact us: 01702 826 267 or 0845 519 0560

  • Air Quality Improvements

Artificial air conditioning systems might reuse and recycle the airflow, which means that it is not always as fresh as you might think. Many individuals are also particularly susceptible to conditioned air, which can cause allergy-like symptoms and discomfort.

Instead, natural ventilation systems can improve the quality of indoor air by constantly providing a fresh stream of air coming through your building.

  • Reduced Carbon Emissions

Aside from consuming energy, some types of air conditioning systems can be detrimental to the environment and create carbon emissions. Natural ventilation systems, instead, work thanks to the natural air and pressure movements. Therefore, there won’t be any type of emission involved – making them the optimal choice for anybody who wishes to live a low-waste, sustainable lifestyle.

  • Consistency

One of the biggest downsides of air conditioning systems and fans is the fact that they will only keep your home or building cool when they are on.

However, if you decide to save on energy and switch them off, your living space is likely to heat up rapidly. Instead, due to the incremental movement of natural ventilation systems, you can enjoy a constant temperature level, set at a pleasant level.

  • Internal Temperatures Control

This type of natural internal control is ideal for enjoying a pleasant level of temperature without much effort. The customized settings allow you to pick the temperature level and airflow you prefer and keep it at a constant standard.

  • Creates Indoor Air Movement

Certain AC systems recycle the air, creating a direct flow toward the user. Instead, this natural ventilation system creates an air movement that is entirely natural and homogenous. This is ideal to avoid temperature drops or spikes during the day while adapting the climate to your requirements.

  • Humidity Control

Increased humidity levels or dry environment can have serious consequences on the structural wellbeing of a building. It is common to see humidity stains on the ceilings of today’s houses. These can be due to poor air circulation or condensation. Instead, passive vents allow for a constant airflow that reduces this unbalance.

Wind-Driven and Buoyancy-Driven Stack Ventilation

natural ventilation types

Two types of systems characterize natural ventilation, Wind-Driven and Buoyancy-Driven stacked ventilation.


Also called wind-induced cross ventilation, this system leverages the pressure difference between the two sides of the building’s wall. The two different flows will cause the air to be drawn in from the high-pressure side of the wall, and be released out on the low-pressure side.


Also called the stack-effect, a buoyancy-driven stack ventilation system works by allowing the cooler air to enter the building at a low level. The low levels of a building are where occupants and equipment usually is. In turn, the movement of people and the use of machines and devices will heat the air up, which will become more buoyant. As it does so, it will rise through the building and escape through openings at the higher levels of it.

Suitable Building Types for Natural Ventilation

While they are ideal for anybody who wishes to live a sustainable lifestyle, the efficiency of these passive ventilation strategies varies depending on a series of variables.

Therefore, while it is sometimes the perfect building ventilation system, in some other cases, it might not be as efficient.
Ideally, cross or natural ventilation is perfect for those buildings that are:

  • 12m to 15m in depth
  • Five times deeper than the floor to ceiling height
  • 2.5 times deeper than the floor to ceiling height is ventilation can happen only on one side
  • If droughts are created, buildings might need to have courtyards and atriums to moderate them

Other environmental factors that influence the effectiveness of this system are:

  • How large the openings (windows) are
  • The stack’s height
  • The difference in temperature between the building’s top and bottom
  • The difference in pressure between the outside and inside of the building

During hot but still days, the effectiveness of natural ventilation systems can significantly decrease. This is a significant disadvantage of the system as these are the days in which you will need your house to be cool the most.

Also check: Home Ventilation Guide



Guide to Home Ventilation

Ventilation systems are such an important factor of our homes that more and more of us are becoming aware of. A good ventilation system means cleaner, fresher air which is vital for your health and the look and feel of your home. So what is available? There are lots of options with different prices. A standard heat recovery system with all the necessary work and labour can cost around £1000 or above, but this is for a house that is no more than 150 m2.

What is ventilation and why do we need it?

Ventilation involves the removal of stale air in the interior of a home as well as moist air, and replaces all the air with the replacement of clean, fresh air from the outside, which means that it can provide you with clean air. Adequate ventilation is essential and can assist with:

It prevents the build-up of excess levels of humidity, which helps with any type of respiratory conditions that you may have.
Provides air for fuel-burning appliances, such as woodburners.

Removes bad smells, such as food, smoke and sometimes even allergens.

House ventilation

When we live inside our homes, we are exposed to many types of air that can be difficult. Ventilation refers to the exchange of indoor and outdoor air. Even the most potent toxins in the house, such as carbon monoxide, and moisture can damage a house and good ventilation helps keep a home energy-efficient, safe, and healthy. Here are two types of ventilation systems that you need to look at. Uncontrolled ventilation is one type of system that you will need to look at. This is where you have natural ventilation in your home which you can’t turn on and off. For example air flows around poor-fitting windows, pipes and doors.

However, the best way to tackle this is by looking at controlled ventilation instead and eliminating the issues that come along with uncontrolled ventilation, such as sealing up the holes and cracks around doors and windows. Good design is vital when looking into ventilation systems, as well as looking at maintaining comfortable temperatures which includes your heating systems. If you have a heating system without adequate ventilation, you may end up with a home that’s warm but not as healthy or comfortable to live in as it could be and the air can become dry and even stale.

Controlled ventilation

The most common form however, is known as controlled ventilation. There are many different kinds so let’s run through some to give you a deeper insight into how they all work.

Exhaust ventilation systems

Exhaust ventilation systems

These work by depressurizing your home. The system exhausts air from the house through passive vents and is best for those living in colder climates. In climates with warm humid summers, depressurization can draw moist air back into building wall cavities, where it causes moisture damage, so this is a good system to the northern hemisphere. They are relatively inexpensive and easy to install. Usually, an exhaust ventilation system uses a single fan and it is connected to a centrally located source point in the house. Or, in other designs, the fan is connected to ducts from several rooms, and adjustable, passive vents are installed into all rooms to promote fresh air. Passive vents may need larger pressure differences than those created by the ventilation fan to work to maximum potential.

Supply Ventilation Systems

Supply Ventilation Systems

Supply ventilation systems use a fan to pressurize your home. This forces air from outside into the building as air leaks back out through holes in a shell, bath, or fan ducts. Supply ventilation systems allow exceptional control of the air coming in and out of the house. It works to pressurize the house, and the ventilation systems minimize any outdoor pollutants and toxins in the living space. It will also prevent any issues with combustion gases with fires and other gas appliances. It can be used to dehumidify also. An in-line duct heater is another option for this type of system but it will increase the operating costs of the system.

There are three types of whole-house mechanical ventilation systems which you will commonly see as:

  • Exhaust-only
  • Supply-only
  • Balanced

Each of the above will use ducts, fans, dampers and controls and your home will need to be evaluated to look at the path in and out of the home.

Mechanical Ventilation with Heat Recovery

Whole-house MVHR systems extract warm, damp air from inside your home and draw in fresh air from the outside. The warm stale air is passed through a heat exchanger and then is fed outside. The cool, fresh outside air is also passed through the heat exchanger, separate to the passage outside and is pre-warmed before it’s pumped back in. It captures and recycles heat but doesn’t produce it.

Some of these systems will have an automatic or manual setting and an air filtration is commonly built into all MVHR systems to prevent pollen and other particles from entering the home which would be counterproductive. Systems typically run continually at 80% efficiency and you can’t hear the system running at all. The general cost of a MVHR system can cost in anything from £1,500 to £3,000 but this may differ depending on your house size, and intricacies of the installation.

An HRV can recover up to 5 times more energy than it costs to operate it which means it’s an incredibly efficient appliance and they work well even when conditions outside are at their worst and HRVs ventilate, 24 hours a day, every day. You need an exceptional installer for a Heat Recovery System which has been well designed and is fit for purpose for your house size and more. A heat recovery unit can be placed in your loft, in a cupboard or even a ceiling void. It is best to look at installing it in an area where the heat is most enveloped. If you live in a particularly built up area with traffic, then passive systems may not work as well and this system will ensure that you get the clean air that you desire.

Alternative Controlled Ventilation Systems

If it’s not possible to fit a new network of ducting into your home, then you want to look at a central ventilation system which come as:
Positive input ventilation (PIV) – It works by drawing in fresh, filtered air into a property from outside, works well in an apartment block for example.

Mechanical extract ventilation (MEV) – This is a centralised system which gives clean ventilation by reducing the excess moisture using a multi point extract.

The difference between MEV and MVHR is that MVHR offers a balanced system which provides you with extract and supply, and MEV merely extracts the heat, such as wet heat from kitchens and appliances.

There are some other systems that are known as passive ventilation systems. These systems typically combine one of a variety of exhaust methods (wind, thermal or mechanical), with a separate passive air system. Typical components are likely to include humidity-controlled air inlets and outlets as well as passive air inlets located on exterior walls or windows, which automatically regulate airflow. This won’t be at all affected by any variations in wind pressure outside. The incoming fresh air can be passed through a special heat exchanger. This will work to try and recover heat from the extracted air. Some of the advantages are:

  • Greater simplicity.
  • Lower first cost.
  • Reduced electric usage.

Passive Ventilation

Passive ventilation is a natural ventilation system that makes use of natural forces, which may include wind and thermal buoyancy. This will help circulate the air and keep it clean, working to regulate the internal air temperature whilst maintaining fresh air and keeping stale air away. This usually occurs by the opening and closing of windows and vents which act as an air supply. Here are some reasons why passive ventilation works well:

  • Reduced costs: You are only relying on nature and the natural outdoor forces, so you’ll save significantly on your energy consumption.
  • Low maintenance: Passive ventilation does not require costly maintenance.
  • Cleaner air: Passive ventilation systems ensure that clean air is flowing constantly which will improve your general health and improve any other conditions relating to poor air quality.

There may be factors that will hinder your passive cenatilion such as the direction of the wind and the temperature including the position of windows and doors, which can affect air flow. You can keep on top of your air flow rate with some simple equations, however.

The air flow rate through a ventilation inlet opening forced by wind can be calculated using the formula Q = Cv x A x v where:
Q = air flow rate (m3/s)
Cv = effectiveness of the openings (assumed to be 0.5–0.6 for perpendicular winds and 0.25–0.36 for diagonal winds)
A = free area of inlet openings (m2)
v = wind velocity (m/s)

Investing in good quality ventilation is going to vastly improve your air quality as well as the value of your home, so be sure to do your research and look at how you can change the quality of your air.


Window Styles: All Different Types of Windows

Windows are not only a large financial investment, but they play a significant part when it comes to the aesthetics of your home as well. Windows are both functional and can make your home appear more stylish and beautiful. It’s a big decision that will require you to consider factors such as your home’s style, your budget, and what you’re trying to achieve throughout your space.

Shopping for new windows can be a challenging task. It’ll help if you educate yourself about the different types of window styles before you invest any money into the project. There are a variety of UK window styles to choose from that may peak your interest. Review the details and benefits of each option so you can determine the best fit for your home.

Casement Windows


Casement windows crank open horizontally on hinges mounted on one side at the top and bottom. One side will pivot open like a door whilst the other side remains stationary. They are a very common and popular choice among homeowners. They are a bit more modern visually and can catch and direct a nice burst of fresh air into your home. A side hung casement window is the most common in the UK.


  • Good at keeping out drafts since the window seal is generally quite tight.
  • Excellent ventilation, which makes them useful in directing cooling outside air into the house.
  • They tend to be relatively secure against intruders since the open space is fairly narrow when the windows are open.

Tilt & Turn Windows


Tilt and turn windows are practical choices that fit modern window styles nicely. They’re extremely popular in homes throughout continental Europe. Since they’re typically tailored to each customer, you may find the costs tend to be a bit higher. It’s an excellent choice if your home is more modern in style. These versatile sashes have a hinge on one side and usually a hinge on the bottom side. Each sash is operated by a different angle of the handle, which is great if you want variety.


  • Very secure against roaming kids, pets, and protection from possible intruders.
  • They are good space savers.
  • Good at keeping out drafts since the window seal is generally quite tight.

Sash Windows


Sash windows operate through a sliding mechanism, either vertically or horizontally, which is different from casement windows that have a crank and hinge. They can be either double or single hung if you choose the vertical sliding type of sash window. These windows are popular in mid-century modern homes styles. Sash or slider windows are a good choice when you need to constantly open and close windows.


  • Sliders have no cranks or mechanisms, so they are very durable and space-saving. 
  • They have good ventilation and flexibility.
  • The windows tend to be cheaper than other styles due to the simplicity of their design.

Bow or Bay Windows


A bow or bay window is a combination of windows that together form a unit that extends outward from the wall surface of the house. A bay window will be more of a square shape, whilst the shape of a bow window will be more curved. They’re excellent for creating a unique visual effect in living rooms, family rooms, and parlors.


  • Bay or bow windows are gorgeous and create a design statement like no other home feature. 
  • These windows are ideal where you want a constant view of the outdoors. 
  • These windows provide you with extra interior space by offering shelf space for growing plants or displaying decorative items. 
  • Small bay windows draw in a lot of light and can serve as greenhouse windows for growing herbs and other plants.

Fixed Windows


You might think of a classic picture window when visualizing a fixed window. A fixed window refers to any window that uses a glass pane fixed within a window frame that does not open or close. They come in many different shapes and sizes. You can even buy pre-made stained glass that draws in colorful light and is very pleasing to look at. They’re perfect for providing view and light where ventilation and egress are not needed.


  • Fixed windows are permanently sealed, so they offer better energy savings than other windows types. 
  • The simple design lends itself to modern home styles. 
  • Allow for light in hard-to-reach spaces.
  • Infinite decorative possibilities.
  • Fixed windows tend to be cheaper than other window styles.

Georgian Windows


Georgian windows offer a historic and distinctive design for any home. They’re one of the most iconic window styles in Ireland and a classic choice that never gets old. They can be either sash or casement windows, with their distinctive characteristic of six (or more) glass panes divided by narrow profiled glazing bars. Traditionally, Georgian windows were made from wood, though nowadays, uPVC Georgian windows are attractive and can look fairly authentic.


  • Energy-efficient.
  • Secure.
  • Gorgeous and timeless.

French Windows


French windows are similar to standard casement windows, which are attached by a hinge to the window frame on one side only, but they don’t have a central post. Instead, they create one large opening, without any structural elements obstructing the view from the window. They are full-length hinged double sashes that generally open inwards instead of being equipped with a sliding mechanism.


  • Allow for a lot of light and fresh air.
  • Grants you an excellent panoramic view to your front yard or patio.
  • Help save energy and cut down on electricity bills.
  • Work well as an additional safe exit or entrance to your home in case of an emergency.

Skylight or Roof Windows


A skylight is defined as a fixed window installed in a roofline, while a roof window refers to a similar window that can be opened and closed to provide ventilation. They’re excellent for introducing light in dim spaces and where window space is limited. You might find them in attics or upstairs bathrooms.


  • It can add light to the attic and second-story spaces that are usually dark. 
  • Venting roof windows can help exhaust hot air in summer.
  • Constant, direct exposure to the sun means these windows can help heat spaces in winter.

Double-Hung Windows


Double-hung windows feature two large sashes (frame units surrounding glass panels) that slide up and down within vertical tracks. It is common for the sashes to be counterbalanced by springs hidden in the side tracks in modern double-hung windows. You’ll often find them in homes with classic traditional styling.


  • They’re made by many manufacturers, so your selection is very wide. 
  • Prices are generally reasonable, due to the wide availability of this window type.
  • Typically easy to open and close, thanks to springs or weights. 
  • Tracks are vertical, so they generally don’t fill up with dirt.

Glass Block Windows


Glass block windows are fixed windows made with architectural glass blocks, usually mortared in place. They can block views whilst still allowing light to pass through because of the semi-opaque glass construction. They’re best for areas such as bathrooms, showers, and basements where you may want some light to shine through but to obstruct visibility. Some styles include ventilating panels built into the unit.


  • They’re the most secure of all windows since the heavy, thick blocks are mortared in place permanently.
  • Work well in areas where privacy is important.
  • These windows have very good insulating properties.
  • They’re durable and rarely need replacement.

Choosing the Right Window for Your Home

You should now have a better idea of your window options, which style might look best in your home, and the benefits of each. There are many window styles out there and on the market. This reality can be good because you have options but also challenging because it may cause you some stress and confusion as you think about all the possibilities.

Although most homes will include more than one style of window, designers don’t recommend mixing too many different styles in a single home. It may create a disjointed and disorganized look that will be unappealing. You want your window of choice to fit the style and architecture of your home, so keep this in mind as you shop around.


The right windows will be pleasing to look at and use and can boost the attractiveness of your home. Spend some time reviewing these window styles so that you can begin to narrow down your list of options and what may be suitable in your home. It’s a juggling act between considering how much you want to spend, what look you’re going for, and what benefits are most important to you. Give yourself plenty of time to think about your choices and try to picture what each style will look like in your home before investing any money. Remember that it’s best to stick with a primary style and add in some variation if you choose but not to overdo it.


What Are The Different Parts Of A Window Called?

Understanding the different parts of a window can aid you in choosing the ideal set of windows for you, as well as helping you to care for your windows and ensure that they can stay in tip top condition for as long as possible. You may be under the false impression that a window consists of nothing more than a frame and some glass, but this couldn’t be further from the truth. Luckily it needn’t be difficult to get to grips with the different parts that contribute to creating a window, as it’s simple to understand the features that make up the perfect set!

Most of the common windows that you are able to source consist of two main components – the outer frame and the sash. The outer frame is essentially the surface area, or the external casing of your window, and inside of the frame is the aforementioned sash as well as the glass too. The inside area of the frame is known as the wash, and it’s the feature of your window that holds the glass in place. A great example could be a single-hung window, as sash is the piece that you use to slide the window open. 

Contact Us for Cost Effective Ventilation Solutions

When it comes to the windows frame, there are 3 main features that come together to create a strong and sturdy perimeter that can support the weight of the glass. First of all you have the sill, which is the horizontal strip that is placed along the bottom line of your window frame. Second comes the jamb, which offers vertical support for the window frame, followed by the final feature, the head, which lines the top of frame to complete the square or rectangle. 

The sash is made up of several different components, each of which are equal in their importance. The stiles make up the vertical sections of your windows sash, whilst the horizontal sections are commonly known as rails. 

The sash outlines the most important feature of your windows – the glass. The glass inside a window is often referred to as the windowpane, which references the different glass sections that come together to complete the piece.

A very common decorative concept that can take your windows to a whole new level are features called grilles. These grilles are essentially an option that allows you to add some lines that can divide your glass, both inside the windows glass itself (known as GBG’s or grilles between glass) or actually on top of the glass’ exterior surface (referred to as SDL’s or simulated divided lites). You can get many other decorative features to upgrade the individuality of your windows, so you needn’t stick with a simplistic approach if this isn’t for you. 

Windows can come in many shapes, sizes and styles, but they all consist of the same main features that have been detailed above. Now that you have been able to familiarise yourself with the different components that contribute to the creation of a window, you can explore our amazing ranges that will no doubt fit your every need. 


How Do Greenhouse Window Openers Work

Making sure that your greenhouse has enough ventilation really is crucial if you want to keep your plants healthy in the middle of the summer. If your greenhouse doesn’t have enough ventilation, then you may find that the lack of humidity and the extreme heat harms your produce and that it also stops them from growing. A fantastic way for you to make sure that your plants are growing as they should, would be for you to provide them with the perfect environment. This can be done by investing in electric greenhouse window opener.

What are Greenhouse Vents?

Automatic greenhouse vents have a piston which gives them the ability to either open or close automatically. When the warmer weather hits, your vents will open and when the temperature drops, the vents will stay closed. Greenhouse vents are very easy to install. The pistons have a specially designed wax which when heated, expands. The greenhouse window openers can be installed onto any greenhouse and you don’t need to operate them at all. The type of vent that you invest in will largely depend on where you would like your greenhouse vent to be. You can have it on the roof, or as a side vent if you want. The vent that you do decide to invest in will largely depend on the plants that you have and the amount of sun you get.

If you are concerned about your vent not being in the right place, then you may want to try and install it where the sun hits the most. That way it will open up whenever the hottest part of the greenhouse exceeds a certain temperature. This is ideal if you have plants that don’t require as much heat. If you are growing plants that do require a large amount of heat on the other hand then installing it on the coldest window in the greenhouse would work because in this instance, it only works when the coolest part exceeds the heat threshold you’d like. Ideally, having a vent at either side would work well if you have a large greenhouse because that way you can control both sides of the greenhouse at the same time depending on the amount of sun each side is getting.

Benefits of Greenhouse Vents

  • There are many benefits of greenhouse vents. If you were to fit one in your greenhouse then you will easily be able to save yourself a huge amount of time and effort. As the weather and the temperature in your greenhouse fluctuates, you won’t have to worry about opening the vents.
  • Automatic vents are the way to go if you feel as though you are constantly having to visit your greenhouse every single day just to open the window and they are also ideal if you work and don’t have the time to visit your greenhouse every single day.
  • A greenhouse that has a fantastic level of ventilation will easily keep your plants healthy and it will also make them more resistant to pest attacks as well. The main reason for this is because pests thrive on plants that are dried out or without adequate water. Vents will stop this from happening because they let cool air in, therefore stopping your plants from dehydrating as much.
  • If you’re concerned about pollinating insects then you’ll be glad to know that automatic vent openers let these types of bugs in, so that you can speed up the process of pollination without having to worry about manually controlling the temperature of your greenhouse.
  • Another benefit of an automatic vent opener is that it will ensure positive oxygen and carbon levels within your greenhouse to make sure that the environment is much more suited to plant growth.

All About Electric Greenhouse Vents

If you have an electric vent, then this will use some kind of power to open the vent. This can be in the form of a solar cell, battery or even line power. A lot of systems have a backup source so that the vents can be opened if the power should fail. Electric systems are much more advanced and reliable so if you want a long-term solution then they are certainly worth looking into. If you are on a budget on the other hand, then you may want to try and invest in an automatic one as this will do the same job but without the additional benefits. This is a great way for you to have a vent system without going over budget.

Greenhouse Window Openers


Top 10 Window Opening Types

Windows play an integral role in any home, and it is important that you do as much as possible to make the most of this. You need to look at what you can do to make sure you get the best possible windows for your home. Believe it or not, there are quite a few different types of windows to choose from, and each of them operates in a slightly different way.

This is why it is important to make sure you look at some of the different windows that are available and the different ways in which they open. Understanding the different windows you want for your home is really important to sort out before you get a quote. And this is something that you need to think about as much as possible. Here are some of the top 10 opening types of window you should definitely know about.

 1. Side Hung

Side hung windows are one of the most popular types, with hinges on one side, and a handle on the other. Simple and effective, these side opening windows offer maximum practicality, can be opened fully, and offer great security. The only drawback with side hung windows is that they can sometimes move with enough pressure, and this is something to consider with gale-force winds.

 2. Top & Bottom Hung

Top hung and bottom hung windows are of a similar ilk to side hung windows, except that they have a horizontal axis on either the top or the bottom. These windows are designed specifically for ventilation, without the windows being opened completely, generally for safety reasons. Ideal choices for top and bottom hung windows to be used would be classrooms and schools, where they offer great security as well as airing the rooms.

 3. Side Guided

Side guided windows share a lot of similarities with the side hung windows. However, the main difference here is to do with the hinges that are used. Side guided windows tend to have the window sash move across when opened, so this lends an aesthetic without visible hinges. This is a fine choice for those looking to improve and boost the aesthetic appeal of a home.

 4. Top Guided

Top guided is a very popular design for those sorts of top opening windows that are wide and short, and these windows open out and up, with a handle at the bottom. These windows are a simple yet effective design, and this is something to keep in mind when making your choice. They are stylish, but they are not necessarily the most practical choice for homeowners.

 5. Top Swing

Similar to the top guided windows, but with much more to offer, the top swing windows can pivot almost 180 degrees, allowing you to experience the full impact of the window. It lets you air the room much better while at the same time being much easier to clean. Top swing windows are not overly common, as not all window manufacturers can create them. So it would be worth enquiring about these in advance.

 6. Tilt Turn

Tilt turn windows rank among the best and most popular of the window types in the UK due to their versatility. These windows operate on two separate axis; tilting and turning, and this is something that makes them so appealing to consumers. This is basically a design that combines the best parts of side hung and bottom hung windows, and this is something you need to keep in mind right now.

 7. Fixed

Fixed windows are not exactly a type that opens, but, instead, do what the name suggests. They remain fixed in place, and this makes them a much cheaper and more cost-effective option for a lot of property owners. There are a lot of things to consider here; of course, not every window in the home should be fixed, as this isn’t practical. But for aesthetic purposes, you might choose to have a couple of windows that are fixed.

 8. Folding

Folding windows are an excellent design for those property owners for whom space is a premium. The great thing about these windows is that they fold like a book and this allows them to free up the entirety of the window’s opening.

 9. Sliding

Sliding windows do exactly what they say on the tin, and this is one of the reasons why people like them so much. Sure, they might feel a little old-fashioned, but they can serve a practical purpose, especially as interior windows.

 10. Guillotine

Guillotine windows move along separate rails in the opposite direction of their separation, and this gives homeowners two different types of window. They don’t require space to be opened, but they do only open 50%, and this can be a drawback for a lot of people.

Make sure you understand what it takes to enjoy the best possible windows in your home, and this means you should focus on what it takes to make the right choice. Understanding the best possible window type for your home is important, and this means looking at the different types of window openings that are available.

window opening types

Manual Window Opening Types

Manual window opening types are very common and they can be used with a number of different window styles. They don’t require any additional electrical installation and they tend to be cheaper, which is why a lot of people go for them. When choosing manual window opening mechanisms, there are a few different options to consider.

Manual Winding Gear

A manual winding gear can open one or more high-level windows using a simple winding handle. These systems are often referred to as Teleflex window openers, but this is actually an old brand name rather than the name of the type of window opening.

There are a lot of different brands available, but they all look very similar and work in much the same way.

How does a manual winding gear work?

Your window will be fitted with a chain that pushes it open and closed. This chain mechanism is then attached to a helical cable, which will be run through a conduit attached to the wall and fixed to a rotating handle. The handle is placed somewhere convenient, and you can easily open and close the window by rotating it.

What kinds of windows can they be used on?

One of the benefits of manual winding gears is that they can be used on most different window types. They work with side opening windows, bottom opening windows, bottom hung in and out, and skylights. You will often find manual winding gears in schools but they are useful in any commercial or residential application, especially where adding more electrical wiring is not an option.

What options are available?

Teleflex is one of the better-known brands of manual winding gear, but there are other options available too. These include; Ultraflex Control Systems, Highline, and Ottelli Ricardo. Most of the systems are very similar to one another and a lot of the parts are interchangeable, making for easy repairs, if necessary.

Manual Folding Window Openers

Manual folding window openers, also known as over centre camstays, are a simple but effective option for outward opening windows. They are very secure and easy to operate.

How do manual folding window openers work?

A manual folding window opener consists of a simple folding hinge that allows you to push the window and open it outward. One opener will be used on smaller windows but multiple units can be connected together with a pole for larger windows. If the window is low down, they can simply be operated by hand. For higher windows, a pole will be used to push the hinge outward and open the window.

What kinds of windows can they be used on?

Manual folding window openers are designed for use on top hung outward opening windows. They can be used on windows made from any material, including PVC, aluminium, and wood. They’re often used in office buildings, schools, and hospitals, but they are well suited to any top hung outward opening windows in residential or commercial settings.

What options are available?

There is a huge range of different manual folding window openers available. They can be specifically designed to fit your windows, so the window will have to be assessed first. People often choose this option over a manual winding gear because they are cheaper and you don’t need to run the cable along the wall.

Screwjack Window Opener

Screwjack window openers are a traditional type of window opening mechanism that uses a simple threaded rod. There are a few variations allowing you to use a pole or handle to open windows from a distance.

How do screwjack window openers work?

Screwjack windows consist of a threaded rod, usually made from brass, which pushes the window open. Simply wind the rod to screw it in further and push the window open. In some cases, a handle is used to screw it but a rod can also be attached.

What kind of windows can they be used on?

Screwjack window openers are most commonly used on conservatory windows and in skylights. They’re also used for flat pitch roof vents or low level windows on vertical walls.

What options are available?

Screwjack window openers come in a range of different sizes and finishes, including brass, chrome, and satin chrome. There are also a number of bracket options for uPVC and timber windows.

Electric Window Opening Types

Electric window openers, also known as electric actuators, are a very popular option because they’re more convenient than manual window opening systems. There is a wide range of different electric actuators available to suit all types of windows. These are some of the most popular types of electric window opening available right now.

ACK42 Chain Actuator

The ACK42 chain actuator is one of the most popular electric window openers. It works with a simple chain that is driven by a motor. It is all encased in a sealed box, so it can even be used on windows where there is a potential for rain.

What kind of windows can it be used on?

The ACK42 chain actuator is used on a wide range of windows in domestic and commercial settings. They are commonly used in conservatories and orangeries, where they can be used in conjunction with temperature and rain monitors. However, they are simple to fit and come with a variety of bracket options to suit any type of window.

Kato KS30/40 Window Opener

The Kato KS30/40 window opener is a popular choice for skylights because the simple bracket allows it to easily be fitted to existing windows. It has a built-in receiver, so less wiring is necessary, and it’s very easy to fit. It also has a very high locking force, so it’s nice and secure.

What kind of windows can it be used on?

The Kato actuator is best suited to skylights and roof windows but it can be fitted to any windows above 200mm tall, from the opening edge to the hinges.

Aprimatic ST450

Linear window actuators are especially useful for roof vents and dome windows. The Aprimatic ST450 is one of the best linear actuators there is. It’s quiet when it operates and it comes with the choice of a 300mm or 500mm opening stroke. The powerful motor is capable of opening very large windows.

These are the main types of window opening available to you. Get in touch to discuss your needs and we will find the perfect window opening solution for you.


Window Openers For Large Roof Vents


Window Openers For Large Roof Vents

Why do I need two openers on one roof vent?

To give an example, while working with one of our roof light customers we selected some Mingardi Micro XL window openers to automate eight large and heavy roof vents in a school in Ilford.

These roof vents each weigh approximately 100 kg and have an opening edge which is 2050mm wide

We chose the Mingardi Micro XL window openers because each one has a 400N force and large 420mm opening distance.

The openers were coupled with the synchronising control box, which ensures both openers work together and at the same speed.

The combined pushing force for both window openers together is 80 kg which exceeds the required 50 kg needed

How do I calculate the force needed to open my roof vent?

For roof windows or roof vents the calculation you would use is:

Force = 0.54 x Window Weight

In the example we are using this would mean the force required would be 54 kg

Please note this calculation is not the same as top hung or bottom hung windows on a vertical wall where you need to take into account the height of the window and the distance you are pushing it as well

Why do I need two window openers on my roof vent?

The other aspect is the width across the opening face of the window.

When a window is wide and heavy you should use two or more window openers, this adds stability and balance pushing force as well as better compression when the window or roof vent is closed.

It is important to have some communication between window openers when you use more than one on the same opening.

This protects the roof vent from damage or twisting while opening, and if one of the window openers stops so will the other one


If you have a large or heavy roof vent please get in touch with one of our team to discuss the best options




Smoke Shaft ‘Lock-Out’ Clarified In Approved Document B


Approved Document B: Fire Safety sets out the regulations for providing a safe means of warning escape in the event of a fire.

There have been some areas that can be interpreted in different ways which has affected the smoke ventilation industry specifically,

One area that has been clarified in the 2019 amendments is how the smoke vents are triggered when smoke is detected in the common corridor and lobby



Choosing a Window Opener – The Basics

Questions About Window Openers

Questions about your window.

Getting to the bottom of the correct window opening solution starts with the basics about your window. Our short guide is here to help you understand what we are asking for when you are on the phone with us.



Product Focus – Manual ‘Teleflex’ Window Openers

Manual Winding ear Window Opener
Manual Winding Gear in various configurations

Manual Window Openers

Manual window openers are a method of opening hard to reach windows from a remote handle located within reach. There are several brands of manual openers, but the most commonly used name is Teleflex.

What are manual ‘Teleflex’ Window Openers?

A manual winding gear system consists of a chain opener you fit to the window or windows you want to operate, a low-level winding handle such as the midi or maxi operating handles located within reach. (more…)


Ultraflex Control Systems Launch New Products and they are available from Rocburn today

UCS, one of the worlds leading manufacturers of ventilation products has launched a new range of window openers, electric actuators and control panels and they are all available to order today directly from Rocburn.




Rocburn Limited Wins Industry Award

We are proud to announce that we were nominated in the Build Construction & Engineering Awards 2016 and we won in the category ‘Best Window Opening Specialist’

Ben Green, Director of Rocburn said today, ‘It’s a great honour for the team here to win this award. Every day they work hard to give great service and expert advice to our clients ensuring they get the right solutions for their projects. We deal with everyone from individuals looking for simple solutions for their home or office all the way up to large contract developers who provide natural and smoke ventilation for various refit and new build projects all of which have unique challenges.’

Best Window Opener Specialist 2016

“Best Window Opener Specialist 2016”


Approved Document B (Volume 2) – Fire Safety

Fire and Ventilation Regulation in the UK

Volume 2 deals with other types of buildings including offices, public buildings, multi-story and industrial buildings as well as flats.

Because of the nature of these type of buildings, having multi-occupancy and a greater risk of fire, the regulatory requirements are much more thorough than for domestic premises. While damage to buildings can never be eliminated the regulations provide adequate measures ao as to minimize the potential loss of of life should the worse case happen. (more…)


Rocburn selected by Household Automation Ltd for assisted living project in Papworth Everard, Cambridgeshire

We are pleased that Rocburn were selected by Household Automation Ltd to supply the window actuators for an assisted living project in Papworth Everard, Cambridgeshire.

This short video shows the full scope of the technology used in the build, we are glad to have been able to play a small part in making this happen. Product supplied – Nekos Kato 24v actuators, chosen as they are a cost effective and slim line actuator.

Rocburn - Household Automation