Lead Test
Indoor air quality diagnosis. Measures the pollution of the indoor environment by Lead. Analysis by a certified laboratory.
Indoor air quality diagnosis. Measures the pollution of the indoor environment by Lead. Analysis by a certified laboratory.
Lead is often present in the indoor environment of homes and offices. This toxic chemical substance causes health effects even at very low doses of exposure.
The YOOTEST Lead analysis test enables the precise measurement of indoor air pollution by lead.
You take a dust sample from the room you wish to analyse with your domestic vacuum cleaner equipped with the filter included in the kit.
You return your dust sample with the prepaid envelope provided.
Our expert laboratory analyses your samples and produces a complete and comprehensible report including advice on how to improve the quality of your indoor air.
YOOTEST allows you to test the quality of your indoor air with great accuracy. Lead is measured in the laboratory using state-of-the-art technology to ensure measurements below international health reference values.
Gives toxicological information on lead.
Proposes simple and effective solutions to improve the quality of your daily indoor air and limit your exposure to lead.
The YOOTEST Lead analysis test can be used by anyone without technical or scientific competence.
It includes the following items:
Lead contamination of the indoor environment is assessed by measuring it in a dust sample taken from the selected room.
The sampling device included in the YOOTEST Lead kit consists of a nozzle to be attached to the hose of your vacuum cleaner and a filter.
Once the sampling has been carried out, the filter is returned to the laboratory with the sampling sheet, using the prepaid envelope provided.
It is recommended to use one test for a maximum area of 650 to 850 square feet (60 to 80 m2).
Children's bedrooms and places frequented by pregnant women should be considered a priority because children are much more sensitive to the effects of lead and the effects on fetal development are significant.