Foaming Asbestos Remover

Low VOC
Bio-friendly
Safe for people and the environment
Readily biodegradable, breaks down quickly in waste water treatment facilities.
A Natural products that is safe for vegetation, aquatic and other animals, even can be used as a fertilizer.
Makes asbestos removal less disruptive and greatly affordable.
Prevents the asbestos particles from getting airborne.
Foam can easily be distributed across all surfaces of the material ensuring that it is thoroughly and adequately wet.
Asbestos and other particulates are contained by the layer of foam bubbles which collapses around each particulate assuring they are thoroughly wetted and do not become airborne.
Worker safety is increased.
Risk of building contamination is reduced.
Abatement costs are reduced on average about 20%-35% creating a competitive advantage, while reducing owners abatement costs.
Satisfies Asbestos Regulations: National Emission Standards for Hazardous Air Pollutants (NESHAP), Occupational Safety and Health Act (OSHA)

Use for Acoustical Ceiling Texture Abatement:

Remove Asbestos from ceiling

Use for Tile Floors, Exterior & more:

Remove Asbestos from floors Remove asbestos from exteriors

Benefits of Foam

Reduced labor.
Low moisture – use less water than pressure washing, quicker drying times.
Longer dwell times – less likely to need multiple applications, provides time for the chemicals to do their job, such as kill the mold or bacteria, or encapsulate the asbestos.
Clings to vertical and overhead surfaces.
No toxic or obnoxious odors
Cost savings – save labor, time, and chemical.
Foam covers 700 square feet per gallon compare to spraying with 225 square feet per gallon.
Visual marker – ensure complete coverage and prevent missed or repeated areas. Easily see what is covered and what isn't.
Federal Emergency Management Agency (FEMA) recommends using Foam for remediation.

Foaming Asbestos Remover SDS

Questions or Comments?

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Why is Asbestos Dangerous?

Asbestos has heat resistant and insulation characteristics and for this reason it has been widely used by many industries. Microscopic asbestos fibers cannot be seen, smelled or tasted, and asbestos exposure does not cause any immediate symptoms, so it is easy for a person to inhale or swallow asbestos dust without realizing it. Once asbestos fibers are in the body, they never dissolve, and the body has extreme difficulty expelling them. Over years of time, trapped asbestos fibers can cause inflammation, scarring and eventually genetic damage to the body’s cells. No amount of asbestos exposure is safe, but asbestos generally has the worst effects when a person is exposed to an intense concentration of it, or they are exposed on a regular basis over a long period of time. More asbestos accumulates in the body with every exposure, and there is no known way to reverse the cellular damage it causes. Asbestos fibers most often accumulate in lung tissue and in the membrane lining the lungs called the pleura. Benign asbestos-related diseases include asbestosis, pleuritis and chronic obstructive pulmonary disease (COPD), which make it difficult for patients to breathe. Asbestos also causes malignant diseases such as lung cancer, pleural mesothelioma and peritoneal mesothelioma, and it is the No. 1 cause of occupational cancer in the world.

When to Remediate?

Asbestos has been used in roofs, ceilings, walls and floors of homes and businesses. Manufacturers also used asbestos in automobile brake linings, gaskets and boiler seals, and insulation for pipes, ducts and appliances. Depending on how and where asbestos was applied, it might not pose any risk to most users of the building. If the fibers cannot become dislodged, they cannot be inhaled, and thus the asbestos poses no risk. However, when the asbestos fibers can easily be made into airborne dust, the material is known as "friable". For example, a popcorn ceiling is extremely friable, whereas asbestos floor tile is considered non-friable. However when modifications disturb this material then it can become friable and remediation is recommended to avoid health hazards.