Greenhouse Misting Systems – 9 Important Facts

Greenhouses play important roles in cultivation of plants. They give the required growing space for plants. They generally allow cultivation of these plants only in places which can grow it normally anyway.

Misting

Some other factors like shading and ventilation, are also vital for reducing overheating in greenhouse. However, correct misting or in other words control of humidity levels is a vital factor which gives a proper environment for the growth of these plants. Even evaporation uses up lots of heat when it converts water from a liquid into gas. After the venting process gets done, the required moisture is gone since it’s released into the air. The misting is a way to replace lost moisture back to the greenhouse.

The level of moisture needed to be kept constant is dependent on many factors like the content of shading and also ventilation which is given, and the status of local climate and also fluctuations in weather daily. Rule is for each ten square feet of area used, there surely must be moisture content of 1-2 gallons per hour. Misting systems can efficiently divide moisture all the places in the greenhouse. Generally a misting system must disperse moisture or water in a very fine mist, hence prevents plants from getting soaked.

Some facts about certain misting systems are as follows:

1. Misting systems are used to spray water in very fine mist or in a coarse spray. Size of these droplets depends mainly on nozzle types, and also spacing of nozzle and even the operating pressure.

2. These misting systems can be used for different types of applications apart from the greenhouse chores. These can also be used for controlling static, dust suppression, and also for concrete curing.

3. These misting systems use pumps that are designed for continuous or intermittent duty. The intermittent pumps are ones which sprinkle water for about five minutes or so and rest for like one minute like in between the misting.

4. All misting systems nowadays have electronic timers that are programmed to mist about 1 to14 times during a day and with misting ranging from about 1 to almost 24 minutes. Some other systems are programmed for shorter durations with increased timing.

5. These nozzles are usually made out of plastic or brass. These brass nozzles are affected by some minerals which are plenty in the water. These plastic nozzles are tolerant to all these minerals and even repel lime and some other deposits.

6. Amount of water that is required to enhance efficiency of misting systems are calculated by calculating product of rate of nozzle flow every minute and number of nozzles present in a system, this result is then multiplied by number of minutes of operation of the misting system in a day. Result is a good estimate to know amount of water required by the system in general.

7. Most of the misting systems offer pumps that are noise free generally. These won’t affect plants and also people present close to the greenhouse.

8. Most misting systems are supplemented by means of evaporative coolers. These work well in dry and hot climates (wherein humidity levels are below 50%). Air is cooled around 10 to 20 degrees due to the water that is evaporated since they are brought via cooler and then go into greenhouse. But too much of humidity will be an issue and people must water plants only when needed.

9. Using tools that can calculate humidity are also helpful for all the greenhouse enthusiasts.

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Stay Cool With Best Outdoor Misting Systems

The robust, relatively cheap and energy-efficient way to cool the exterior is an outdoor misting system India. In recent years the misting system has been adapted for domestic use and it has proven to be a great blessing to those who wishing to spend time outdoors.

Misting

The working principle behind the outdoor misting system is quite simple. It operates by connecting a water line to the main house water supply and stringing this water line at an altitude of 10 feet or more. The system has to be installed around the perimeter of the area you wish to keep cool – be it the patio, the garden, the lawn, the backyard or the pool area.

You have to fix the misting nozzles at regular intervals along the water pipe. You get nozzles made of plastic, brass, stainless steel and ceramic – although brass nozzles are the best, viewed form a maintenance angle. The most critical components of an outdoor misting system are the nozzles and therefore you should select the best quality nozzles regardless of the price.

Due to the miniature size of the water droplets that escape through the misting nozzles they go through a process known as flash evaporation. This, in effect, means they vaporize fast and the heat in the air is quickly substituted with cool air. It is widely believed that such systems lower the air temperature by as much as 30 degrees.

In less humid areas, the cooling effect obviously is slightly greater but under normal humid conditions the cooling system will let your family members and guests enjoy the outdoors – however high the prevailing temperature.

There is a popular misconception that outdoor mist systems would consume heavy quantities water to provide the cooling effect. Nothing can be farther from truth than this. The quantum of water being used by the misting system is actually very little. Depending on the water pressure and the size of the misting nozzles in use, it is reported that less than a gallon of water per hour for each nozzle is all that is required.

As of date, outdoor misting system is the best known method to combat heat and bring down the temperature.

There are several suppliers of good quality outdoor mist cooling systems. While there may be some minor variations among different manufacturers, most of them will work on the same principle. There is also do-it-yourself low pressure misting kits available in the market that the users can buy to build their own system.

Apart from supplying cool air to ward off the torrid heat, the outdoor misting system also reduces the dust levels and foul odors that usually accompany the summer heat.

To sum up, an outdoor misting system is a low-cost, low energy consuming way of cooling a considerable part of your exteriors during the summer months.

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Misting System – An Effective Cooling System

Misting fan initially cools the general area, and then provides a high degree of humidity for thirstier plant species. Some specialty produce stores may also use a misting fan to keep their offerings fresh for customers. The air-conditioning effects can also make for a more pleasant shopping environment for outdoor produce stands.

Misting system is best for your patios and it is a convenient outdoor cooling system. A typical mister fan works on the principles of thermal dynamics and evaporate cooling. If you place a wet towel in front of an electric fan, you may notice the area around the towel becomes noticeably cooler. As the water from the towel evaporates, it takes a certain amount of heat energy along with it. The fan circulates the cooler air around the room, acting like a rudimentary air conditioner. Mist fan technology takes this idea of evaporate cooling and makes it much more efficient and productive. Although most misting fan systems are used to cool crowds of people in outdoor arenas or stadiums, smaller units for home use have become more popular.

Patio umbrellas are best for your patio and it brings elegance, style and luxury outdoor restaurants into your outdoor room. Some outdoor pool owners find it more comfortable for swimmers if the area around the pool is kept cool as well. Those who like to work in backyard gardens or outdoor garages may also benefit from the cooling effects of a misting fan. Moving a small yard doesn’t have to involve long, hot stretches on a riding mower anymore. The home misting fan systems don’t require any special equipment since the built-in water pumps and nozzles are already calibrated for maximum performance and because the mist created by a misting fan system is so fine, few beneficiaries of this cooling effect actually become wet.

Mister fans give you the effect, which is similar to standing in a light fog on cool mornings and the water vapor may condense on cold surfaces, but will barely register on human skin. Only those standing less than 6 inches away from the water nozzle may experience significant wetness. The water supply of a cooling fan is usually filtered for impurities before entering the nozzle, and the total amount of water used is rarely more than about 3.8 to 7.6 liters per hour. You need to keep your patio cooling system clean so you can experience a cooling air. Depending on how frequently you use your patio cooling system, you will have to remove the nozzles to clean them every so often and in most cases, this should be done every few months.

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Misting System – An Evaporative Cooler

Introduction:

The rays from the sun gets increased day by day and in one side of the world due to extreme heat conditions the glaciers on the mountain started to melt and the water portion of the earth gets increased and all these changes are due to heat conditions. Today due to the development in technology people started to prefer outdoor cooling systems and misting systems are getting developed and due to its facilities it reached the people. It is also called as an evaporative cooler that cools through simple evaporation of water and differs from air conditioning in some aspects.

How does it work?

As said above it differs from the air conditioning process in some aspects like refrigeration and absorptive refrigeration. What is absorptive refrigeration? Absorptive refrigeration is a process where it uses a heat source and affords the required energy that drives the cooling system. A single misting system can cool the surrounding temperatures by up to 25 degrees and another benefit of a misting system is how little energy it uses. It uses roughly 80% less energy than an air conditioner and for a less energy, you get a more powerful cooling system and since it doesn’t use Freon, it is also and environmentally safe system.

What is misting system?

A misting system is a system that produces mist by forcing water through high pressure pump. Misting system creates the mist through the means of water droplets and they get instantly evaporated. It can reduce the surrounding air temperature by as much as in just seconds. For patio systems, it is ideal to mount the mist line approximately 8 to 10 feet above the ground for optimum cooling. Misting system is used in many applications such as flowerbeds, pets, livestock, kennels, insect control, odor control, zoos, veterinary clinics, produce cooling and greenhouses.

What is misting fan?

To have cool surroundings some amount of water vapor in the air is essential and a misting fan blows fine mist of water into the air. It is especially used in outdoors and in a dry climate. Mist fans work on the principles of evaporative cooling and thermodynamics, and they are one of the most reliable and effective cooling products on the market today. The misting fan has an electric fan then circulates the cool air to provide relief from the heat. Mist fans are frequently seen at large sporting events such as an NFL game, and are used to provide cooling relief to players and fans alike. These outdoor cooling systems can be used in a wide variety of applications and settings.

Advantages of misting systems:

The misting system has many advantages than that of the air conditioning system and it is easy to operate and it does not cost more. The misting fan increases the amount of water vapor in the air and improves the breath ability of the air. It has the ability to cool the temperature in your surrounding area by up to thirty degrees. Most of the companies afford this outdoor cooling system in an affordable manner with different types.

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A Patio Misting Fan Will Transform Your Scorching-Hot Outdoor Area Into Backyard Party Central

The US Southwest-Arizona and some portions of Louisiana-is the hottest region in the country. Yet things are different during summer-it is sweltering hot wherever you are in the US. Environmentalists argue that the intensifying heat during summer is the manifestation of global warming. Critics, however, point out that the rise in summer’s temperature is just a natural phenomenon.

Whatever the reason, there is one sure thing that everyone in the US would agree upon: comfort is a must during summer. Yes, nobody wants to exude copious amount of sweat every time they venture out of their house. Of course, sweating is a natural way for the body to maintain your internal temperature and make you feel cooler. However, you can spend the summer days without really perspiring too much.

Nowadays, outdoor activities can be a lot more comfortable experience because of misting fans. What is a misting fan? Well, it is basically a fan. It has a motor and several blades. But it also has a pump that stores water that is pressurized and jetted out of a nozzle. The fine water that is sprayed out by the fan is propelled into the air and evaporates very quickly and lowers the temperature of the air up to 30 degrees Fahrenheit.

These type of fans are great for outdoors. If you watch the NFL, chances are you have already seen those huge, strange looking aluminum encased circular fans that jet out water. That’s a misting fan. If you enjoy watching weekend football, baseball, or any other outdoor sports during the summer days, then getting a fan such as this is a good option for you. Why would you sweat out like an athlete when you can just sit out on the bleacher and enjoy the live action with the coolness provided by a fan mister?

Not a sports fan but a workaholic? Well, then you might have been annoyed by the heat when tinkering with your car in your garage. Sweating is part of shop work, of course. But it would be really a hassle if you will sweat too much while doing your work. A fan that sprays out a water mist is a worthwhile investment if you do frequent work in your garage. With a misting fan, you can really do your work with great comfort.

Barbecuing on weekends during summer is uniquely American activity. But grilling your burgers and hotdogs outdoors may be quite uncomfortable. You can feel the sun and the sweltering heat emitting from the grill. Barbeque enthusiasts may argue that getting exposed in the sun and the heat is all part of the routine. That may be true. But then you can also barbeque your burgers and hotdogs more comfortably if you use a misting fan to relieve the heat.

But don’t just rush and shop for the first fan you see. Before you buy one, you should take into consideration what will you be doing with it. If you are going to install it on your work shop, then you may just need a small or a medium-sized misting fan. But if you will be spending a lot of time outdoors, whether you will be watching Sunday football games or barbecuing, you should probably consider getting a large misting fan. A large misting fan may cost you, but then it will give you tremendous comfort in exchange.

Greg has been writing articles for over 4 years. Please visit his latest website about the coolest home improvement at Mist Systems, with information on finding the best misting fans available, as well as ideas and discussions that any home improvement enthusiast would be interested in.

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Evaporative Cooling System – What Are the Benefits?

I’ve been asked this question many times over the years and even with the increasing efficiency of forced air conditioning units I can still come up with several reasons why evaporation cooling is still a useful and beneficial cooling option, especially in the Southwest.

First and foremost is the initial installation cost. Rooftop and split system air conditioning units are subject to a government mandated efficiency minimum that has forced air conditioning manufacturers to upgrade to more expensive refrigerants, components, and cabinet sizes. This drives the cost of air conditioning units higher and higher. Meanwhile, evaporative cooling unit costs have stayed fairly low. A typical rooftop air conditioner can cost more than $6000 to have installed on a 2000 square foot house. An evaporative cooler for the same size house can be installed for as little as $1500. Even less if you are able to do it yourself.

Second, evaporative cooling is a green technology. Evap coolers use up to 90% less electricity than air conditioning units. They also do not use chemical refrigerants that have been linked to upper atmosphere ozone depletion. Coolers only use water and air.

Another nice benefit of evaporative cooling, which is actually subject to preference, is the addition of moisture to the conditioned air. The moist air can feel very comfortable, especially in dry climates like the Southwest United States. Air conditioning actually removes moisture in the air as it cools it, leaving the conditioned air very dry.

I’m not a big math person so I’ll keep the next part as simple as I can.

While the operating costs associated with air conditioning have dropped dramatically over the last ten years, evaporative coolers still have them beat hands down. A standard residential evaporative cooler on a 2000 square foot home, operating on 230 volts pulls about 6.8 amps which equals 1.564 kilowatts. If your cooler ran for 10 continuous hours at an average rate of 11 cents per KwH it would cost $1.72 per 10 hours.

A 5 ton, 13 seer package heat pump A/C unit on the same 2000 square foot home pulls about 32.7 amps at 230 volts for a total of 7.521 kilowatts. 10 hours at 11 cents per KwH would be $8.27 per 10 hours.

What that boils down to is that even a high efficiency A/C unit costs 4.8 times more to run then a similar sized evaporative cooler!

So, is it worth it to have a new evaporative cooler installed or to fix up the existing one? Absolutely! It’s all in the numbers.

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Installing a Misting Or Fogging Systems India

A misting system should be delivered to you with all parts and fittings, ready to install with a minimal number of tools (screwdrivers and wrenches).

Open all boxes and tubes and make sure the parts for your misting system have not been lost or damaged in shipping. Have a good review of the installation manual and parts to be installed. The misting system pumping unit should come completely assembled – ready to operate as soon as you supply water and power to the misting pumping unit.

A device that has found widespread adoption in high pressure applications is the hydraulically driven intensifier or amplifier. These devices use hydraulic pressure to significantly increase the pressure of the fluid being puPlace the fogging system pumping unit in an area that will protect it from abuse and or damage (they can be easily mounted on the wall). The area chosen should be where you can supply the water and power required to operate the system.

Attach the mainline to the misting unit and move on with the installation from there. Some installations use a flex hose and some designs require stainless steel for the mainline (line from the misting pumping unit to the area where the nozzle line will be installed). If the misting system nozzle line is to be installed using stainless steel suspension cables, install the cables by attaching them to both ends of the area to be misted. A turnbuckle at one end will allow you to tighten the cable and a stainless steel support cable should be installed every 10 feet to maintain a level line.

Install the zone valves and or ball valves securely to the suspension cable or a solid surface. Start installing your misting lines. If your misting system is an “all stainless steel system” you will be using a Swagelok type fitting to join the 20 foot lengths of nozzle line.

Most misting systems use brass fittings to join the 20 foot lengths. If your misting system was designed for brass fittings, you will also be supplied with rubber “O” rings. It is critical to use the “O” rings on both sides of the unions to ensure a water tight system. Do not over tighten the union, this could cause the “O” ring to disintegrate and enter your system. At the end of your nozzle line you can install a drain valve.

Once all your misting nozzle lines are installed you should “flush” all of the lines to ensure no dirt, etc. is trapped within your system. While flushing, start installing your misting nozzles from the closest nozzle to the pumping unit and work your way out to the farthest nozzle. At some point the water pressure (coming out of the nozzle mounting hole) will be too high to install the nozzle. Shut the misting system off and finish installing the rest of the nozzles.

Turn your system on and check for any leaks at any of the connections.

Some misting systems are designed with additional parts – ie – anti-drip ball & spring, nozzle extensions, timers, thermostats, or humidistats.

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What Is A High Pressure Pump And What Are Its Uses?

A high pressure pump is broadly defined as any pump that can generate high discharge pressure, generally in excess of 800 psi. that generate pressures between 800 and 3000 psi are known as moderate pressure pumps, while pumps that generate anywhere between 3000 psi and 5000 psi are known as very high pressure pumps. Apart from these pressure levels, there is another category of pressure pumps known as ultra pressure pumps that generate pressures significantly in excess of 5000 psi.

Common types of pump used for applications are reciprocating positive displacement pumps, particularly plunger pumps, which are capable of handling applications easily. Though in many cases pistons are also used with pumps, they are usually used only for applications that require working pressures below 1000 psi. One common type of positive displacement pump used for applications is the triplex plunger pump that consist of three plungers driven by a single prime mover. The parallel use of three plungers gives the triplex pump a discharge for every 120 degrees rotation of the prime mover. Another similar type of reciprocating pump that performs pressure pumping duties is the quintuplex plunger pump, which is, as the name suggests with four plungers driven by a single prime mover. Quintuplex plunger pumps and triplex pumps are commonly known as power pumps and generally found in pressure applications.

A device that has found widespread adoption in high pressure applications is the hydraulically driven intensifier or amplifier. These devices use hydraulic pressure to significantly increase the pressure of the fluid being pumped. The intensifier consists of a common rod connecting two pistons with different bore sizes. When hydraulic fluid acts on the larger piston, it causes the smaller piston to be moved. Depending on the direction in which the smaller piston is moved by the hydraulic piston, it either takes suction or pressurizes and discharges the working fluid at very high pressure. There are two types of intensifiers and based on their construction and working, they are termed single shot intensifiers and reciprocating intensifiers. A single shot intensifier consists of one large hydraulic actuator piston and a single, smaller, pressure piston – both connected by a common piston rod. When the large piston is moved, it makes the smaller piston move and fluid discharge takes place. When the larger piston is returned to its original position, by a spring or air-retraction, the smaller piston moves back, taking in the suction.

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Benefits of Using Outdoor Misting Fans India

The best way to overcome this problem is not to abandon the idea of an outdoor event but to buy a misting fan India. In fact, having a cooling fan at your office will also will be helpful in keeping your customers and other business visitors cool and comfortable. From a marketing point of view also, it is obligatory on your part to offer comfort to customers who come to your business premises.

The one striking difference between the standard pedestal fan and a misting fan is the standard fans will make the air hotter and also provide no relief against the humidity factor – unless you are going to spray cold water on yourself or wear wet clothes. But this not a practical solution as the water will dry up fast and you have to keep repeating the exercise.

These are the right alternatives as it will continually spray light mist on you. As the mist is nothing more than mere water particles, you will not get drenched and the experience will be only too pleasant. The mist produced by the mist cooling fan is extremely fine and therefore you need not fear the surrounding areas will become wet.

There are some theme parks where you would have observed mist being sprayed from some large-sized machines – at least during summer months. Since these machines are more intended for use in public places, you can derive similar comfort at home or in your office by installing misting fans.

These products come in different sizes and styles and you can select the one that will ideally blend with your outdoor decor. One easy way to shop for mist fans is to look for them online.

The two principal components of the misting fans .are the actual fan and the base of the fan where the water is stored. The storage capacity could vary and the ones that hold larger volumes of water will need fewer refills. You will have to obviously choose a size in keeping with your requirements – how often and for how many hours you intend using the outdoor fan. You can also derive satisfaction from the fact that the misting fans are highly hygienic as the stored water is filtered for impurities before it enters the nozzles.

Outdoor misting fans function in any outdoor setting provided you have an outlet to plug in. If you are required to shift the cooling fans too often, you can buy the ones that come fitted with wheels. The misting fans will understandably cost you more than the regular pedestal or ceiling fans. But the consolation is they are by far cheaper then air-conditioners. Besides, you can install air-conditioners only in confined areas and not in open spaces.

But if your requirement is very small or you are on a tight budge, you can always opt for a hand held such things where the water is stored in a small bottle and you manually press a knob to release the mist.

As regards maintenance, there are only two things that need to be maintained – the fan motor and the unit that sprays water. As such the maintenance cost will be rather negligible.

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Misting Systems Provide Affordable and Efficient Cooling

What are misting systems?

The primary characteristic that identifies misting systems is the fine droplets they produce. It is the fineness of these drops that distinguishes misting from other forms of water use and makes this process so useful for a whole range of application.

Mist droplets generally range between 30microns to 70microns in diameter. Some companies suggest that even 10micron droplets can be considered as mist. What really matters is that the droplet sizes produced by the misting systems are matched to the requirements of each specific application. In order to achieve effective evaporative cooling droplets must evaporate as fast as possible.

It is the size of the droplets that affect the speed at which they evaporate. Under normal conditions small droplets evaporate a great deal faster than large droplets. Therefore the efficiency of misting systems is greatly affected by the size of the droplets they produce.

Components of a misting system

The main components are the pressure pump, filters, control system, tubing or piping, fittings and nozzles. A pressure pump must be sized according to the output flow rate produced by the amount of nozzles within a system.

Under sizing may damage the pump in the long run while over sizing can add to the cost of a system and lead to problems with heat dissipation. Micro filtration is of absolute importance to prevent nozzle blockages and reduce overall maintenance.

Temperature or humidity or both can be used as an input to control a misting system. Piping should ideally be rated to 3 times the operating pressure of the system for safety purposes. All fittings should be non-corroding and nozzles must be chosen for the quality of the mist they produce.

Different kinds of misting systems

There are 3 common kinds of misting systems available on the market today; low pressure, mid pressure, high pressure. Low pressure systems are more commonly used in agriculture, gardening and for domestic purposes.

Low pressure systems (2BAR -6BAR) are generally much cheaper and produce inferior but nonetheless acceptable results. Mid pressure systems (10BAR – 25BAR) are used mostly in agriculture where more control over results are required while still achieving a low capital outlay.

High pressure misting systems (55BAR -120BAR) are the top of the range and produce excellent results in most conditions. High pressure systems are favored by many and are more costly due to the strength of the materials that must be used in order to withstand the high pressures at which the systems operate.

Misting systems are suitable for a range of applications including evaporative cooling, humidification and dust control. No matter whether it’s for home use, commercial or industrial a suitable system can always be found.

Anja Merret writes for Magic Mist a company providing misting systems for a variety of purposes such as humidification, dust suppression, odour control, sanitation, evaporative cooling and many more applications.

For further information visit http://www.magicmist.co.za.

Article Source: http://EzineArticles.com/?expert=Anja_Merret What are misting systems?

The primary characteristic that identifies misting systems is the fine droplets they produce. It is the fineness of these drops that distinguishes misting from other forms of water use and makes this process so useful for a whole range of application.

Mist droplets generally range between 30microns to 70microns in diameter. Some companies suggest that even 10micron droplets can be considered as mist. What really matters is that the droplet sizes produced by the misting systems are matched to the requirements of each specific application. In order to achieve effective evaporative cooling droplets must evaporate as fast as possible.

It is the size of the droplets that affect the speed at which they evaporate. Under normal conditions small droplets evaporate a great deal faster than large droplets. Therefore the efficiency of misting systems is greatly affected by the size of the droplets they produce.

Components of a misting system

The main components are the pressure pump, filters, control system, tubing or piping, fittings and nozzles. A pressure pump must be sized according to the output flow rate produced by the amount of nozzles within a system.

Under sizing may damage the pump in the long run while over sizing can add to the cost of a system and lead to problems with heat dissipation. Micro filtration is of absolute importance to prevent nozzle blockages and reduce overall maintenance.

Temperature or humidity or both can be used as an input to control a misting system. Piping should ideally be rated to 3 times the operating pressure of the system for safety purposes. All fittings should be non-corroding and nozzles must be chosen for the quality of the mist they produce.

Different kinds of misting systems

There are 3 common kinds of misting systems available on the market today; low pressure, mid pressure, high pressure. Low pressure systems are more commonly used in agriculture, gardening and for domestic purposes.

Low pressure systems (2BAR -6BAR) are generally much cheaper and produce inferior but nonetheless acceptable results. Mid pressure systems (10BAR – 25BAR) are used mostly in agriculture where more control over results are required while still achieving a low capital outlay.

High pressure misting systems (55BAR -120BAR) are the top of the range and produce excellent results in most conditions. High pressure systems are favored by many and are more costly due to the strength of the materials that must be used in order to withstand the high pressures at which the systems operate.

Misting systems are suitable for a range of applications including evaporative cooling, humidification and dust control. No matter whether it’s for home use, commercial or industrial a suitable system can always be found.

Anja Merret writes for Magic Mist a company providing misting systems for a variety of purposes such as humidification, dust suppression, odour control, sanitation, evaporative cooling and many more applications.

Article Source: http://EzineArticles.com/?expert=Anja_Merret

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