Hospitals, clinics, operating rooms, dental practices, require solutions that guarantee maximum hygiene to patients and safe workplaces. These floors are designed to ensure easy cleaning and sanitation.

Within the health context there are areas that need to avoid the accumulation of electrostatic charges that could damage the equipment used for diagnostics, such as operating and radiology rooms.

To meet this requirement it is essential to establish the desired degree of electrical resistance (conductivity) or between 10⁶ or 10⁹ Ohm.

The physical and chemical stability of resin floors makes it possible to operate with great frequency cleaning treatments/sterilization/disinfection/decontamination, based on both high temperatures and chemical agents.

In situations where the hygiene requirement is critical, the antibacterial resin floor allows an additional degree of protection against the development of microbes, fungi and bacteria.

The resin, unlike the other coatings, realizes a continuous floor surface, without interruptions that can turn in any direction becoming, if necessary, also covering for all walls, for architectural elements such as stairs in resin as well as for the plinth.

An antibacterial and/or anti static floor, when well made, also ensures substantial economic savings over time.

Related cycles applied to the health sector

VER02 – EPOXY COATING
Coating cycle, based on a colured water-based dispersion particularly suitable on concrete floors

Main features
Coloured varnishing based on epoxy resins in aqueous emulsion for cementitious supports, free from rising humidity. The floor that is obtained is easy to clean, has good resistance to frequent washing and detergents, has good color uniformity and dust/oil protection properties.

VER04 – ANTI-STATIC COATING
Coating cycle, which can disperse the electro-static charges and avoid dangerous electrical discharges (ESD).

Main features
Coloured paint cycle, for cementitious supports free of rising moisture, capable of dissipate the electrostatic charges. The cycle is based on epoxy resins in aqueous emulsion. The products are treated with the addition of highly conductive substances, in order to obtain antistatic flooring, that is to have electrical conductivity characteristics able to avoid the accumulation of electrostatic charges.

RAS05 – ANTI-STATIC SMOOTHING
Smoothing cycle which can disperse the electro-static charges and avoid dangerous electrical discharges (ESD).

Main features
Colored shaving cycle, for cementitious supports free of rising moisture able to dissipate electrostatic charges. The cycle is based on epoxy resins, with formulations with a high content of solids, for a thickness of about 1 mm. The products are treated with the addition of highly conductive substances, in order to obtain antistatic flooring, that is to have electrical conductivity characteristics able to avoid the accumulation of electrostatic charges.

AUT01 – EPOXY SELF-LEVELLING
Self-levelling cycle, based on epoxy resin.

AUT03 – SELF-LEVELLING ANTI-STATIC
Self-levelling cycle which can disperse the electro-static charges and avoid dangerous electrical discharges (ESD).

Main features
Coloured self-levelling cycle, for cementitious supports free from rising humidity, able to dissipate electrostatic charges. The cycle is based on epoxy resins, with formulations with a high content of solids, for a thickness of 2,5-3 mm. The products are treated with the addition of highly conductive substances, in order to obtain antistatic flooring, that is to have electrical conductivity characteristics able to avoid the accumulation of electrostatic charges.

MAS03 – ANTI-STATIC SCREED
Cycle able to dissipate electrostatic charges and avoid harmful discharges (ESD).

Main features
Cycle in coloured screed able to dissipate electrostatic charges, applicable both on cement and tile supports.
The cycle is based on epoxy mortar and formulated with a high content of solids, with a thickness of about 6 mm.
The products are treated with the addition of highly conductive substances, in order to obtain antistatic flooring, that is to have electrical conductivity characteristics able to avoid the accumulation of electrostatic charges.