Air is a mixture of several gases, mostly nitrogen and oxygen.

The air has no color, no smell, and no taste.

Pure air has vital role in all living beings; we cannot live without it. Unfortunately, the air we breathe is not always pure.

The air is polluted by solid particles: dust, sand, soot, etc. Air pollution is not a game; it causes respiratory diseases and death.

The indoor air pollution is a real public health issue. It is responsible for large numbers of diseases in United States. To optimize indoor air we breathe in our house or office, it is important to add an air purification system.

Below are some of the pollutants that can cause diseases and death:Heavy metals – Heavy metals include a family of compounds quite extensive; the most common is the lead, most located in the particle, with the exception of mercury (gas).

The main metals suspected are Arsenic (As), Cadmium (Cd), chromium (Cr), Nickel (Ni), Lead (Pb) and zinc (Zn). They come from burning coal, oil, garbage and some industrial processes (Non Ferrous Metals in particular). The metals accumulate in the body and cause toxic effects. They can affect the nervous system, kidney function, liver, respiratory, etc.. The potential toxic and carcinogenic, however, varies considerably from one compound to another.Sulphur dioxide (SO2) – Sulphur dioxide (SO2) comes mainly from combustion of fossil fuels, volcanic eruptions, biomass burning.

Coal burning is the single largest man-made source of sulphur dioxide, accounting for about 50% of annual global emissions, with oil burning accounting for a further 25 to 30%. It is an irritant gas, colorless and soluble in water.

Health effects caused by exposure to high levels of SO2 include breathing problems, respiratory illness, changes in the lung’s defences, and worsening respiratory and cardiovascular disease. Nitrogen oxides (NOX) – These compounds are formed by oxidation of nitrogen (N 2) during combustion (mainly at high temperature) of fuel at high temperatures. Nitrogen oxides, with volatile organic compounds, are involved in the formation of the photo-oxidising pollution and ozone in the lower atmosphere. It penetrates the respiratory system and may, from 200 ? g.m – 3, lead to impaired lung function and bronchial hyper-reactivity in asthmatics.

In children, it increases the sensitivity of the bronchial microbial infections.Carbon monoxide (CO) – Traffic represents the main source of carbon monoxide. It comes from Unvented kerosene, gas water heaters, wood stoves, and fireplaces; gas stoves; generators and other gasoline powered equipment; automobile exhaust from attached garages; and tobacco smoke. Incomplete oxidation during combustion in gas ranges and unvented gas or kerosene heaters may cause high concentrations of CO in indoor air. Because it is impossible to see, taste or smell the toxic fumes, CO can kill you before you are aware it is in your home. At lower levels of exposure, CO causes mild effects that are often mistaken for the flu. These symptoms include headaches, dizziness, disorientation, nausea and fatigueDust – airborne dust from certain industrial processes (cremations, quarries, cement), domestic heating in winter but mostly in car traffic near roads. The finer (<5 ? m) penetrates the alveoli and may, especially in children, irritate the respiratory tract or impair lung function. Ozone (O3) – Ozone is a colorless gas and a powerful oxidant penetrating easily to alveoli. It causes, from prolonged exposure of 150 to 200 ? g.m – 3, eye irritations, headaches, coughing and impaired lung especially among children and asthmatics.

Physical exercise may worsen the effects. What can you do?- ventilate all parts of the house and do so regularly,- Use decorative products to be low emission of pollutants- Do not smoke inside your home especially when there are children- Pay attention to maintenance products that you use and respect the doses – And the most important, Use air cleaners.

Our Air cleaners deliver a complete filtration solution, removing a wide variety of particles, sub-micron particles, chemicals, gases, micro-organisms and odors. This includes such things as dust, mold, pollen, tobacco smoke, chemical vapors, gases, viruses and bacteria.

The value of the air inside the home or staff can significantly influence one’s strength.

Many people are attentive that breathing outside air pollutants (ozone, particulate substance, diesel fumes, carbon monoxide among others) increases the likelihood of developing momentous strength problems, such as asthma, concern disease and pest. However, many of us do not recognize that the air inside our home can be up to 10 epoch dirtier than outside air.

Indoor air pollution refers to air pollutants that happen inside buildings or other enclosed spaces. Examples of internal air pollutants include dust, fibers, smoke, bio-aerosols, radon, pesticides, asbestos, formaldehyde, carbon monoxide and nitrogen oxides. Some sources, plus shop equipment, furnishings and household crop like cleaning sprays and air fresheners, emit high concentrations of pollutants.

Combat indoor air pollution

High impurity concentrations can wait in the air for long durations, increasing the promise for acute strength problems and illnesses. Evidence has proven the individuals exposed to chemicals, even over rapid periods of time, may happen close fitness things, including eye and throat irritation, nasal congestion, chest tension, headaches, vertigo and weakness.

Long-tenure strength property may remodel being after exposure to pollutants. These effects include plague, sympathy disease, asthma, reaction and other respiratory diseases, all which can be brutally debilitating or lethal. Inadequate ventilation increases covered impurity levels by not allowing in enough outdoor air to offset covered air toxin sources and by not hauling them out of the home.

Make the air in your home safe for your family.

Unless homes are built with singular mechanical means of ventilation, such as outdoor-vented fans, or air handling systems, “airtight” homes may have upper impurity levels than other homes. When there is narrow ventilation, the air swap measure is low, and the intensity of pollutants then pose health and comfort problems.

Research has proven that a freestanding air purifier with a medical-grade HEPA filter and started carbon is actual at dropping particulate levels and trapping unsafe chemicals, gases and fumes. Austin Air, a USA-based manufacturer of portable air purification systems, is regarded by chief doctors, allergists and internal air class experts as the air cleaner of excellent.

The Austin Aired HealthMate, they’re most admired company, skin Hospital Grade HEPA filtration for the removal of 99.97% of all airborne particulate topic better than 0.3 microns (dust, pet dander, bacteria, viruses, microbes, pollen, and kind spores). This part also includes started coarse carbon for the elimination of over 3000 toxic gaseous chemicals, VOCs (hazardous organic compounds) and injurious odors. Unlike many of the shameful ionizing-producers sold via television commercials, Austin Air purifiers do not emit harmful ozone gas, which can worsen asthma and chafe the upper respiratory usage.

Safe Effective Air Purifier!!

The quality of the air inside the home or office can significantly impact one’s health. Many people are aware that breathing outdoor air pollutants (ozone, particulate matter, diesel fumes, carbon monoxide among others) increases the likelihood of developing serious health problems, such as asthma, heart disease and cancer. However, many of us do not realize that the air inside our home can be up to 10 times dirtier than outdoor air.

Indoor air pollution refers to air pollutants that occur inside buildings or other enclosed spaces. Examples of indoor air pollutants include dust, fibers, smoke, bio-aerosols, radon, pesticides, asbestos, formaldehyde, carbon monoxide and nitrogen oxides. Some sources, including building materials, furnishings and household products like cleaning sprays and air fresheners, release high concentrations of pollutants. High pollutant concentrations can remain in the air for long durations, increasing the potential for serious health problems and illnesses.

Evidence has proven that individuals exposed to chemicals, even over short periods of time, may develop immediate health effects, including eye and throat irritation, nasal congestion, chest tightness, headaches, dizziness and fatigue. Long-term health effects may develop years after exposure to pollutants. These effects include cancer, heart disease, asthma, allergy and other respiratory diseases, all of which can be severely debilitating or fatal.

Inadequate ventilation increases indoor pollutant levels by not allowing in enough outdoor air to dilute indoor air pollutant sources and by not carrying them out of the home. Unless homes are built with special mechanical means of ventilation, such as outdoor-vented fans, or air handling systems, “airtight” homes may have higher pollutant levels than other homes. When there is limited ventilation, the air exchange rate is low, and the level of pollutants then pose health and comfort problems.

Research has proven that a freestanding air purifier with a medical-grade HEPA filter and activated carbon is effective at reducing particulate levels and trapping harmful chemicals, gases and vapors. Austin Air, a USA-based manufacturer of portable air purification systems, is regarded by leading doctors, allergists and indoor air quality experts as the air cleaner of choice. The Austin Air HealthMate, their most popular unit, features Hospital Grade HEPA filtration for the removal of 99.97% of all airborne particulate matter larger than 0.3 microns (dust, pet dander, bacteria, viruses, germs, pollen, and mold spores). This unit also includes activated granular carbon for the elimination of over 3000 toxic gaseous chemicals, VOCs (volatile organic compounds) and noxious odors. Unlike many of the cheap ionizing-producers sold via television commercials, Austin Air purifiers do not emit harmful ozone gas, which can aggravate asthma and irritate the upper respiratory system.