Just like maintaining the air quality in your home to keep you healthy, you have to make sure that the air that gets in your car’s engine is of good quality in order to keep it running smoothly. You might use an ozone air purifier or a UV air purifier in your home. In as far as cars are concerned, Shelby air cleaners give you the best options for cleaning the air that gets into your engine. Every responsible car owner should make sure that his car’s filtration system is working well for the best engine performance. An efficient air filter would keep your car healthy – high in fuel-efficiency and low in polluting emissions.

Regularly inspecting your car’s filter should be part of your car’s health checklist. Your car’s annual tune-up should also include changing your air filters. Air purifier replacement filters could be bought at low prices. But, the price of neglecting your filters could amount to hundreds or maybe even thousands of dollars. Your car’s spark plugs and combustion system, for example, could conk out and cause engine problems when not enough air is passed through the air filters. If you live or drive in a place where the roads are dirty and dusty, you might have to replace your air filters more often. When you pass by your gas station or auto shop, you can have an auto mechanic check if your Shelby air cleaners need replacing. Make sure you inspect your filter too. While it is fairly cheap to replace your air filter yourself, the service charges that the gas station or auto shop could charge you might be more expensive than what you should actually pay for. Learning how to replace your air filter yourself might just be more cost-efficient for you.

The air hockey table game you know and love today was invented in 1969 by a group of Brunswick engineers of Brunswick Billiards. It was initially drafted for commercial release, but set aside. Many years after the development of the initial concept, the engineers designed the first air hockey game, including mallets and disks.

The game was originally played on a table, utilizing a disk and squared mallets. The game is now played utilizing round mallets. The table is meant to be a table that provides a smooth surface that generates zero friction. Generally, the game surface is dotted with hundreds of tiny holes, through which a steady supply of gentle air is pumped. The puck then glides on a cushion of air just above the table’s surface. Some surfaces are merely smooth surfaces without holes, and the air is generated by a battery-operated air hockey game puck that generates its own cushion of air. It should be noted that these are not regulation or approved for use in any United States Air Hockey Association-approved events, games or tournaments.

The air hockey game rose to popularity in the 1970’s, as an arcade toy sensation, a college dorm rec room staple and as an amateur sport with tournament play. Tournament play began in the early 1980’s in Houston, Texas with the formation of the first professional league, The Houston Air Hockey Association. After the establishment of the Houston group, a state-wide Texas Air Hockey Players Association formed and developed formal rules and regulations for the game, qualifying it more as a sport. USAA-approved tables will be suited for two player games only, though four-player game tables do exist for novice and recreational use.

Present day rules for the sport are now determined by the USAA, and include the following rules:

1) At the start of the game, a coin toss or face off determines the player that will start the game with first possession of the puck in play.

2) The first player that scores seven points wins the game.

3) Once the puck crosses into a player’s zone of the table by crossing the center line, that player has up to 7 seconds to return the puck to the opposing player’s zone, or else has committed a foul.

4) Other fouls include holding down the puck with one’s mallet, touching a puck with any part of a player’s body or the puck leaving the table entirely.

Competitive play and tournaments are still played on an international level today, with professional tournaments being played throughout Europe and the United States. The USAA is the only known governing body over the sport, in any country or continent, and therefore, the USAA rules apply to any tournaments played worldwide. Despite this level of success, the air hockey game is still considered to be a recreational non-sport amongst most players, who affiliate it with arcades and bar-play. It is still seen in many recreational venues and arcades, but is often over-shadowed by the presence of video gaming systems.

So, you need an air mover. All things considered, picking the correct one for the tasks that you have in mind is not an easy thing. You’ll have to look up the types of these units in the market, as well as their specs and unique highlights. If you need help navigating the world of air movers, read on.

What is an Air Mover?

Basically, this type of unit has a mechanical fan that produces high-speed airflow to promote air circulation and increased evaporation. It can be utilized for different functions, such as quicker drying time, improved ventilation, and cooling.

Depending upon the manufacturer and industry, this unit may also be called mechanical air blower, commercial blower fans, and floor drying fans. Some even call them carpet dryers and paint fume extractors.

Because these units increases air circulation, they can be utilized to dry out rugs, walls, floors, and wall pits. Indeed, they can can dry out a rug within 20 minutes. It can likewise be used to dry paint and cement. Some people use these products to remove fumes or gases in a workspace while others use them to cool down equipment.

Types of these Units

Generally, there are 3 types of air blowers, each having its own unique specifications and functions.

Axial Units

These are huge air blowers that produce a high CFM (cubic feet per minute). It is specifically designed to blow a large amount of air at a wide space. However, that air can only be moved horizontally. These are ideal for drying walls or top-down drying rugs. You can also use these units for ventilation and cooling.

Centrifugal Units

In contrast to pivotal air blowers, these can move air in different directions. They also draw air from a few sources and direct it towards a single spot. These fans are smaller and more compact and are frequently utilized when drying out difficult to-reach zones. For example, they can improve circulation in crawl spaces, wardrobes, and cupboards. Compared with the anaxial type, a centrifugal one will have a lower CFM.

Compact

These are the most versatile of all air movers. They’re smaller and just have ¼ HP motors, yet they can be used to dry large floor areas and perform spot treatments, such as drying the area under counters, in corners, and storerooms. Compared with centrifugal units, these occupy less room and make less noise.

Important things to consider before you buy one

Motor Power and Speed

While picking an air blower, you can consider the engine that will control it which could extend from a ¼ HP engine to 1 HP engine. To begin with, you’ll have to consider where you’ll be utilizing the product.

Airflow (CFM)

CFM or cubic feet per minute is the estimation of how much air is moved by the machine in 1 minute. Remember that a higher torque doesn’t mean a higher CFM. For the most part, you can expect that axial products should have a CFM rating of at least 3000. Centrifugal units regularly run 2400-2700 CFM.

Ease of Storage and Portability

Normally, you can’t simply leave your product lying around. You’ll need to ensure that it can be effectively put away, particularly in case you’re getting more than one.

The Takeaway

Unlike a standard fan, air movers work by giving a consistent blast of air that you can direct on a particular spot. So, you can use them for a variety tasks, including drying wet surfaces, improving the air flow and prevent different types of appliances from overheating.

Birds in captivity really thrive when an air purifier is used to keep the air clean. A cleaner that has the following 5 features will help you choose the right unit so there are no surprises when it meets your birds.

Self-sustaining—Whether your aviary has one or 20 birds or more, you need an air purifier to remove the pollutants that have the potential to cause health problems for you and the birds. Being able to rely on it to do the job without a lot of fuss over it from you is invaluable. The minute you stop filtering the air, the air quality suffers as pollutants are allowed to hang around and accumulate.

Since filtration is not an instant process but requires time to effectively remove the pollutants, you and your pets will be forced to breathe air that is less than healthy until the cleaner catches up.

Non-stop Cleaning Capability—This is such an important feature to have in a unit. Since the slightest movement by birds or people can stir up light-weight particles, effective filtration must be continuous.. It is the only way air quality can remain healthy. A split-capacitor motor listed in the technical specifications will confirm that it can run 24 hours a day without having to rest.

Healthy Emissions—It’s really important to avoid units that emit ozone, and/or ionized particles. Both of these filtration methods continue to be controversial. Different studies yield different results about how much or how little of either of these by-products cause potential health problems.

Why take a chance on by-products that may be risky? There’s no reason to do that when HEPA filtration has a known track record of being safe. It’s so safe that hospitals use it to keep their air healthy.

Multiple Filtration Stages—Since particulates in the bird room come in all shapes and sizes, the filters in the cleaner should closely match the sizes that it will need to remove. Stay away from a unit that only contains 1 filter. Relying on a single filter means that you will either stop filtration in order to clean the filter or increase the cost of running the unit by having to replace the filter frequently. Neither of these are good choices.

There should be filters that trap large and medium size particles that can be seen in the air. These should be the first line of defense in the unit because they are relatively cheap. It will also save you money because the pre-filter can be changed cheaply and will save the more expensive microscopic filter from filling with particles that the cheaper filter can trap.

HEPA (abbreviated as high efficiency particle arresting) filters are safe and efficient. Any filter with this title must have shown that it can remove all but 3 out of every 10,000 airborne particles that are.3 microns or greater.

And lastly, there should be a filter that can effectively eliminate gases and airborne chemicals. Otherwise, you will need 2 filters—one for particles and one for gaseous pollutants. It makes sense to have both these filters included as a way to save space, money, and your time.

Rugged Construction—Birds explore things that they are curious about with their beaks and feet. Taking this into account before you make a decision will save you money and possibly heartbreak.

Steel is tough and can withstand the attention that strong beaks and claws can dish out. Cleaning is also easy. Particles can be removed easily by vacuuming it, and anything not removed easily with the vacuum can be wiped off with a damp cloth.

The other advantage with steel is that, unlike many plastics, it will not off gas noxious fumes should the motor heat up the case. This is a huge advantage since birds are highly sensitive to gases and odors.

Commercial cooling desires are clearly growing throughout the world. Air conditioning was once measured as a luxury and is now more of a necessity. Reputed and expert manufacturers have played a good part in making units more reasonably priced. They have increased their competence and improved technology as well as commercial air conditioner accessories. The increase in the competitiveness of the industry has simply produced more and more superior products.

These appliances differ significantly in size. They obtain their energy from several different sources. The attractiveness of commercial air conditioners has augmented dramatically with the arrival of central air. The strategy utilises ducting for both cooling and heating. Air conditioning systems with a heat pump is a central air conditioning as well as heating system. In one of the modes, it performs the conditioning function. In the turn round mode, it becomes a heater.

The commercial variants, almost every one of them, have altered a lot as energy costs continued to rise and power sources continued to change and get better. Let us look at the air conditioner components.

A) Outdoor Components

1. Condenser Coil – stays outdoor

Condenser coils are a system of tubes filled with the refrigerant. The function is to eliminate heat from the hot gas refrigerant and change the refrigerant into a fluid form. The surplus heat rises into the outside air, therefore making the condenser coil an outdoor air conditioner component.

2. Compressor – stays outdoors

A compressor is clearly the heart of the air conditioning system. This component of the system circulates the refrigerant in an enclosed loop between the evaporator and condenser coils. You can get compressors in more than one variety. There are scroll type and reciprocating ones. Scroll type compressors can be costlier but are generally elevated in efficiency and less noisy than reciprocating compressors.

3. Fan – stays outdoors

This air conditioner component takes in air through the condenser coil so that heat dispersal can take place.

B) Indoor Components

1. Evaporator coil – stays indoors

Evaporator coils are a system of tubes filled with the refrigerant. The function is to eliminate heat and moisture from the air so that the refrigerant can evaporate into a gas again.

2. Air filters – stays indoors

This element traps dust, other airborne particles as air moves throughout. This component is necessary to improve the cooling operation as well as ensure our health.

3. Air handling unit – stays indoors

This component is the blower of the central air conditioning system. It passes air through the air ducts.

You can find stocks of all the necessary air conditioner components and commercial air conditioner accessories online. These components are needed for putting together a cooling or heating system. Whether you are changing your old one or need a whole air conditioning system, the online sellers provide all major air conditioning products of different quality brands. A simple organic search will yield your stocks of the best grade air conditioner components available. You can choose your pick!

Medical air systems are a vital element of all hospitals and most other healthcare facilities. The engineer must consider expense, capacity, physical size and weight, space limitations, and mechanical and electrical utility availability in choosing a system for a particular project. It is important to coordinate the equipment selections with the owner as well as other engineering and architectural disciplines.

The first priority is life safety. Medical air is used for respiratory therapy and calibration of medical devices for respiratory application. Providing clean, oil-free air is mandatory. The medical air system should not be used to supply air for any other purpose (e.g., hospital laboratory use) because of the opportunities for contamination of the distribution system. If a patient inhales medical air contaminated by oil from a defunct compressor or nitrogen from a brazing purge, the consequences could be irreversible. In addition, a utility or pipeline shutdown must be coordinated with the hospital staff to prevent an accidental service termination while patients are connected to the system. Engineers should be aware of the requirements before designing any medical gas system.

Distribution Systems

Medical compressed air systems must be designed to prevent the introduction of contaminants or liquid into the pipeline. Medical air systems must:

• be supplied from cylinders, bulk containers, or medical air compressor sources; or reconstituted from oxygen USP and oil-free, dry nitrogen

• meet requirements of the medical air

• contain no detectable liquid hydrocarbons

• contain fewer than 25 ppm gaseous hydrocarbons

• contain 5 mg/m3 or less of permanent particulates sized 1 micron or larger at normal atmospheric pressure.

In a typical fully functioning healthcare facility, the medical air is supplied by a high-pressure cylinder manifold system or a medical air compressor system. Manifold distribution systems typically are used in facilities that have very little demand for medical air. Medical air compressor plants typically are for larger facilities.

Existing facilities may choose to upgrade their equipment and associated pipeline or add medical air plants as the facility expands. When selecting a piece of equipment for a new facility, the possibility of future expansion should be considered. To allow for future growth, it is good practice to be conservative in sizing a system.

Duplex Medical Air Compressor Source Systems

An engineer usually has more options available when designing for a new facility than for a renovation or replacement project. Electrical and mechanical utilities can be more easily calculated, and chilled water, ventilation, and electrical services can be sized and adequately located. The ideal schematic design contains a well-ventilated, easily accessible mechanical room dedicated to medical gas equipment.

In selecting a medical air compressor for an upgrade, the engineer may have some trouble due to mechanical utility inefficiencies (e.g., poor chilled water quality, a poorly ventilated mechanical space). The local electric utility may not support the pump arrangement, or poor equipment access may require breakdown of equipment parts at a significant cost increase. It is imperative to conduct thorough surveys of the surrounding mechanical space and utilities before determining the best type of compressor for the project.

It is a good idea to select more than one type of compressor at the schematic design phase. You should develop a master plan that shows existing demand and estimated spare capacity. The owner may want to obtain a cost estimate before making a final decision.

Types of Compressors

All medical air compressors must be able to deliver compressed air that does not contain oil. This article specifically deals with medical air systems for Level 1 hospitals.

There are three acceptable types:

• Oil-free compressors: These reciprocating compressors have no oil film on surfaces exposed to air being compressed. They do have oil in the machine and require separation of the oil-containing section from the compression chamber by at least two seals. The interconnecting shaft and seals must be visible without disassembling the compressor.

• Oilless compressors: These reciprocating or rotary-scroll compressors do not have oil in the machine. Lubrication is limited to seal bearings.

• Liquid ring pump: These rotary air compressor pumps have a water seal. It is recommended that a heat exchanger be utilized to conserve seal water.

Medical air compressor plants should be sized to serve peak calculated demand when the largest compressor is out of service. In an efficient design of a larger system (i.e., three pumps or more), each compressor is sized to handle an equal percentage of the peak demand and create redundancy. There never should be fewer than two compressors.

Accessory Equipment

Several pieces of mechanical equipment accompany the medical air compressor system:

• Intake: The compressor’s air intake must be located outdoors, above roof level, and at least 10 ft from any door, window, other intake, or other opening. Intakes must be turned down, screened, and equipped with intake filter mufflers. These filters remove large amounts of particulates (microscopic particles of solid or liquid matter suspended in the air) and contaminants at the compressor inlet.

• Air receiver: The role of the air receiver is to store air and balance pressure variations. It must have a full-size bypass as well as a manual and automatic drain to remove any collected condensate. It must meet American Society of Mechanical Engineers ( https://asme.org ) Section 8 boiler and pressure vessel construction standards. The receiver is sized based on system demand, compressor size, and compressor running times.

• Compressed air dryer: The dryer is used to remove water vapor from the air stream. At a minimum, it must be a duplex system valved to allow one unit to be serviced. Dryers should be of the desiccant twin-tower type, sized for 100% of calculated load at design conditions. They should be rated for 32°F (0°C).

• Duplex final filters: These should be rated for 100% system capacity, with a minimum of 98% efficiency at 1 micron or greater. The filter must be equipped with a visual indicator showing the remaining filter element life.

• Medical air regulators: Regulators control the pressure of the air system. They should be sized for 100% of the system’s peak calculated demand at design conditions. Pressure regulators should be set to provide the most distant outlet with 50-psig medical air.

• Alarm sensors: A medical air compressor must have alarm sensors located nearby where they can be continuously monitored by hospital personnel. Typical alarms are for high pressure, low pressure, and other trouble (e.g., lead/lag pump operation, high temperature, high dew point, carbon monoxide). Additional alarm signals can be added depending on the type of compressor and the owner’s preference.

• Anti-vibration mountings: These should be provided for the compressors, receiver, and dryers, as required by the manufacturer.

Piping

Medical air piping is sized according to the calculated flow rate in cubic feet per minute (cfm). Compressed air piping is constructed of brazed type-L copper prepared for oxygen service. The piping must be pitched toward the central plant, have drains at low points and it must be valved and identified.

The flow rate for medical air outlets generally is 1 cfm. The pipeline flow rate is calculated by counting the number of connected medical air outlets and applying a use factor. The flow rate from the total number of outlets is called the total connected load. Because not all outlets are normally used at the same time, a simultaneous use factor should be applied to reduce the system flow rate. The rate is then applied to the sizes of the pipeline and compressors. The American Society of Plumbing Engineers ( https://aspe.org/ ) has developed a table that quantifies medical air usage in different areas of the hospital.

When the total connected load has been calculated and the use factor has been applied, the main pipeline and compressor equipment can be effectively sized and selected.

In summary, engineers must take care when sizing and specifying medical air equipment to meet the needs of the healthcare facility and its patients. Before beginning a project, be sure to review the requirements pertaining to medical gas systems of the most recent codes. Both the information at hand and technology are developing on a daily basis, and it is the engineer’s responsibility to be informed.

Rising summer temperatures may make you consider purchasing a new air conditioner. There are many things to consider before purchasing an air conditioning unit for your home. It is best to determine what type of unit will best suit your needs and what size the unit should be. The size of the unit, where the unit will be placed and efficiency of an air conditioner will ultimately determine its usefulness and performance. Keep in mind that an incorrectly sized unit or one located in a window receiving a lot of sunlight, will cost more to operate and perform at lower standards.

Choosing the Right Air Conditioning Unit for Your Specific Needs

Before selecting an air conditioner, it is important to consider the number of rooms and the size of the rooms in your home. This will determine the type of unit that you need based on your requirements.

Once you have the information about your house and your requirements, you can think about the type of unit that will suit your needs.

Portable Units are for a small space or single room that requires infrequent cooling. These are portable and can be easily moved from one room to another in your home. Wall Units are for small spaces or single rooms but do not offer the convenience of being portable. Split System Units are for larger rooms or multiple rooms within the home that need cooling. Ducted units are best suited for multiple rooms to keep your entire home cool and comfortable.

Types of Air Conditioning Units

Air conditioners can generally be divided into compact systems and distribution systems. Compact systems, also known as room air conditioners, are made to circulate air within confined or (semi-confined) spaces. These Compact Units can be freestanding or installed in windows and walls. They may be formatted for double-hung or slider windows and can be installed easily by the owner.

Window air conditioners are the least expensive units, while through-the-wall models are slightly pricier and are held in place with a metal sleeve. Freestanding portable air conditioners are approximately 2-3 feet tall and are housed in a custom wheeled cabinet that must be located near a window or another means of ventilation. In some models, the condensation collects in a tray and must be emptied periodically.

What Determines the Price Differentials Between Units?

Price differences are determined by features such as precise temperature adjustment, remote controls, controlled temperature options and heating capabilities. It’s a good idea to consider a low noise air conditioning unit for the living room or bedroom, and make sure the unit is installed securely to reduce potential noises such as rattling.

Other Costs to Consider

Many homeowners decide upon an air conditioning unit without inquiring about additional accessories such as air conditioner covers (for winterizing) or air conditioner filters (which usually need to be replaced in whole house systems). Many of the newer air conditioning units have a longer filter life and higher energy star ratings that will help save you money due to those rising energy costs. Choosing the right air conditioner for your needs can make the difference in staying cool and saving money.

It is impossible to predict when you will need a new air conditioner, but by shopping off-season you can save money. Many homeowners opt for lower-priced models if the unit will be used infrequently. Always shop around for the best deals before making a purchase.

Chilled water air conditioning systems, more commonly known as ‘chillers’ are a great choice for large commercial spaces like hospitals and schools. If you own a commercial property and you’re thinking about your future cooling needs, chilled water systems should definitely be on top of your list.

In this blog post, we’ll take a look at some advantages and disadvantages of chilled water air conditioning systems so you can get the right cooling system for your commercial space.

Advantages

They Are Cost-Effective

Hands down, one of the greatest things about chilled water air conditioning systems is that they can reduce your energy costs by half, especially if they come with the latest high-efficiency equipment. Since water is known to be better at absorbing heat than air, chilled water systems are instantly better than air-cooled systems. Moreover, water is quite cheap and plentiful and you won’t need to use costly refrigerant lines to keep your space cool, so you’ll end up contributing to overall cost savings.

They Contribute to Indoor Air Quality

Air ducts keep indoor areas connected in a building and this can cause unpleasant odors and air pollutants to spread easily from one room to another. The great thing about these systems is that you have to install a separate air handling system in each air which prevents the spread of odors and pollutants. This leads to a significant improvement in indoor air quality.

They Operate at Much Quieter Levels

Another benefit is that they operate at quieter levels than traditional air-cooling systems. This is particularly ideal for buildings with sensitive environments like hospitals and fancy restaurants where noise could be very distracting and unhealthy for the occupants.

Disadvantages

They Come with Added Maintenance Needs

Because chilled water systems utilize water to transfer heat, this may expose the water to various conditions that can lead to scaling. Scaling, if you weren’t aware, is basically where deposits get accumulated on metal which can ultimately lead to corrosion. Corrosion can significantly affect the efficiency of your system.

To prevent scaling, the water that’s used in these systems needs to be treated first to remove impurities that can lead to scaling. This means that you’ll have to take care of additional maintenance needs and their respective costs as well.

They Aren’t Ideal for Places with Water Shortage

Needless to say, chilled water systems require a good amount of water to operate. This means they aren’t ideal for areas where there’s constant water shortage. If your company pays water costs, you can expect these costs to rise when you install a chilled water system.

They Aren’t as Effective in Humidity

Another important thing to note is that chilled water systems don’t work as effectively in humid environments. Higher levels of humidity lead to an increase in the wet-bulb temperature that indicates how efficiently water can absorb heat. This increase can result in lower comfort levels and increased operating costs.

If the levels of humidity get too high, the occupants may experience a cold and clammy feeling. Air-cooled systems work significantly better in humidity because they can extract moisture from air more efficiently.

The air compressor is one of the unsung heroes of daily life. There are hundreds of things that use compressors, and there are hundreds of ways you can use a compressor. One of the most often uses for the air compressor is for inflating things. You can certainly imagine a few things that can be inflated with the use of the appropriate sized air compressor. Each inflation job requires a different sized air compressor to get the job done right without any blowouts or catastrophic failure.

Another important tip you should keep in mind while using (playing with) an air compressor is that you should keep your air compressor in good shape by making sure its air oil separator is working correctly, and by always having a stock of Ingersoll Rand compressor parts on hand.

Just to give you a taste of the fun and practicality of inflating things with an air compressor, here are a few ‘inflatable’ ideas.

Poolside

Have you ever decided to throw a pool party then realize that you didn’t have a pool or any fun pool floaties (hopefully you wouldn’t decide to throw a pool party without a pool-its commonsense)? Once you’ve purchased all the fun pool party supplies; inflatable pool, pool floaties, and water wings for the kiddos you decide that blowing up all of these inflatable items using only your mouth and pair of lungs would be tiring. So, you pull out the compressor you have stashed away in your woodshop. With the right nozzle, the compressor can inflate the pool and the floaties, but to prevent popping, you should probably inflate the water wings on your own.

On the Road Again…

Air compressors that have been well maintained (a working air oil separator and brand spanking new set of Ingersoll rand compressor parts), can inflate an entire fleet of tires. A compressor can inflate the tires of: cars, ATVs, motorcycles, mopeds, bicycles, golf carts, go carts, airlines use huge compressors to inflate the huge tires on their airplanes.

For Saving Lives

Speaking of airplanes, the emergency slide that inflates from the side of the airplane is inflated using a blast of compressed air. Also, you can use compressed air to inflate emergency rafts, or just to inflate a raft for recreational use. No one wants to inflate a raft with their mouth-they taste like latex rubber and take a lot of breath to fill.

For the Home and Backyard

You can use air compressors to inflate temporary mattresses for sleepovers, inflate bouncy houses for birthday parties, or to inflate those giant sumo suits.

Other Uses for an Air Compressor

Yes, compressors are very good at inflating things, but they also have other uses; blowing air to clean off workbenches (sawdust, dust, and other debris can get in everything), to clean filters, to dry vehicles after a good washing, and to spray dust and crumbs from under the keys on your keyboard (a much smaller compressor is recommended for this job).

The Newest Technology

With contagious diseases running rampant worldwide, people are concerned about going outside among crowds. But I am not concerned, because I am wearing my FreshAir Personal air purifier.

Compact & Efficient

Whether you’re traveling on an airplane or standing in line at the grocery store, or at a restaurant. you’ll almost always find yourself assaulted by dust, smoke, odors, or perfume. And also the things you don’t think about like viruses, bacteria, and pollen.

Today’s modern indoor environments are rife with contaminants. The FreshAir Personal provides nature’s own powerful properties with a built-in ionizer that attracts free-roaming particles and captures them, reducing allergens and pollutants that invade the space you breathe.

The device creates an almost particle-free zone around the wearer by generating high intensity ion streams that add charges to nearby airborne particles. These charged particles repel each other and adhere to surfaces out of your breathing zone. This means substantially decreased concentrations of allergens, smoke, dust, and pollen in the air you breathe. The Personal is designed and engineered to be so simple to use that it encourages daily usage, like wearing a watch.

Benefits

• Removes airborne contaminants and allergens from the air immediately around your body – reducing asthma and allergy symptoms for a healthier body

• Freshens air and removes odors within your breathing zone

This personal air purifier creates an almost particle-free zone around the wearer by generating high intensity ion streams that add charges to nearby airborne particles. These charged particles repel each other. And even though not everyone else understands the need for having quality air, you don’t have to be concerned. With this purifier along, you’ll feel confident that when you leave home, the air you breathe will be safer and more enjoyable

Most airborne viruses and bacteria measure between 0.04 and 3 microns in size. The unit has been tested in enclosed spaces (aircraft cabin simulations) and (large test calibration chambers) by the Center for aerosol studies@ the university of Cincinnati and was found to make a significant difference in air quality.

The personal purifier is most effective in indoor environments when the wearer is standing or sitting upright. Outdoor conditions or other positions such as lying down may reduce the benefits of wearing it.

Basic Specifications:

The advanced technology contained within the unit serves to make breathing easier, cleaner and healthier. This simple, elegant unit provides the cleanest, freshest air possible while flying, shopping, working or visiting friends and family.

The FreshAir Personal uses ionization to provide clean air by creating ions that are positively charged to remove microscopic particles from the air that will reduce allergens and harmful airborne pollutants

An On/Off switch to preserve battery usage

Requires no fans, filters or maintenance for use

It is lightweight, easy to use, and rechargeable

Features a universal neck strap and a built in clip for hanging it on a collar to wear anywhere