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The Solution

Professional Treatment for the Micro-organisms Living Inside Your Car

To restore the In-Car Air Quality, professional treatment for the mold, mildew, and bacteria is recommended along with cleaning the interior and regularly replacing cabin air filters.

Preventative Maintenance

Regularly treating the ventilation system with a disinfectant or cleaning solution is the most economical and effective remedy. For extreme situations, remove the evaporator unit and physically clean it and the heater-a/c housing

There are a number of treatments on the market using various solutions and delivery methods. The most effective product available to the automotive market is the MiST™ In-Car Air Quality™ Service.

MiST™ In-Car Air Quality™ is specially designed to treat & prevent living micro-organisms.

MiST™ Services Benefits

Uses Micro-Droplets

MiST™ Nanodroplets get into areas traditional sprays cannot, particularly the very small passages ways on today’s vehicle A/C systems.

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Treats Ventilation System

MiST™ treats the entire ventilation system, including the evaporator, heater core, air ducts, and passenger compartment surfaces.

mist benefits

Performs Fast

The MiST™ In-Car Air Quality™ service is very economical and only takes 15 minutes to perform.

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clean and ventilate
cabin filters

Important Information

Independent studies continue to be conducted on the impact of in-car air pollutants on human health.

We do know that air pollutants can affect our health, many are minor and reversible. These tend to occur immediately after exposure to the air pollutant, such as watery eyes or throat irritation.

The concern is with long-term exposures to toxic air and the potentially serious health impacts, such as cancer and respiratory issues.

Toxins enter an individual through the air via breathing, ingestion, or contact. Once it enters the body, it can stay in one area, like the lungs, or be transported to other parts of the body through the bloodstream.

Children are especially susceptible to air pollution because they have higher inhalation rates relative to body mass, less developed lungs, and immature immune systems.

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