The Bioneat brand belongs to a young, productive team: growing, thinking, searching and putting their developments into practice.
At our site, located in the north of Moscow, we produce a range of innovative eco products: first of all disinfectants, but also hygiene and household chemicals.
We offer not just to simplify disinfection, but at the same time to increase its quality level, to make this process comfortable and easy in action. And more than that: to expand the functionality of the disinfectant solution, means for treatment. At the highest level not only disinfect surfaces, but also the air, eliminate odors, remove plaque, treat wounds and abrasions, enhance the properties of cleaning agents and much more.
Based on the basic product, we develop and produce lines of other specialty products. New products are emerging.
We guarantee quality. We are always ready to answer any questions. And we are endlessly happy that thousands of customers have already been able to appreciate our products.
Bioneat is a powerful, environmentally friendly disinfectant of a wide range of applications with a number of unique advantages and designed to eliminate all pathogenic microflora, unpleasant odors and plaque, as well as to increase the shelf life of products, equipment life and much more.
With respect to odors, Bioneat is effective from the first application. It does not mask them, as it does not contain any fragrances. By the same oxidation process, Bioneat removes stale deposits that cannot be cleaned with conventional detergents, "pulling" the dirt off the surface.
This product is the base compound for all our products.
In addition to its versatility, another unique feature of Bioneat detergents is that they fight bacteria and viruses in the same way that the human and mammalian environment has been fighting them for millions of years.
Bioneat is non-toxic, does not irritate the skin, mucous membranes of eyes and respiratory organs, does not cause allergies, does not require personal protective equipment. The solution belongs to low-hazard substances (4th, the lowest, hazard class according to GOST 12.1.007-76).