STONE ITALIANA SURFACES HYGIENIC AND FOOD SAFETY

During this period of health emergency is important to recognize the surfaces that give the SAFETY of hygienic and reliable use.
The quartz surfaces made by Stone Italiana are absolutely SAFE and RELIABLE from the HYGIENE point of view.
At a time like this, where consumers require a safe and easy to sanitze material, Stone Italiana offers a product that exactly meets these needs: the reconstituted quartz is a product with ABSORBENCE close to ZERO, so it doesn’t retain dirt inside and any bacteria on the surface are EASILY REMOVED with the use of alcohol-based degreasers and disinfectants.
Acid-based degreasers remove organic impurities, while alcohol-based sanitizing spray disinfectants (not alkalines) eliminate the possible presence of bacteria.
A simple daily maintenance with a sponge and suitable products, such as those indicated, are therefore required to have an absolutely safe surface.
These characteristics are all certified: Stone Italiana has always been very careful to have all the certifications that make our product at the forefront of consumer safety.
Stone Italiana surfaces guarantee:
Food Safety by:
·        The NSF/ANSI Std. 51 FOOD CONTACT (National Sanitation Foundation - Food Equipment Materials) mark, which determines the suitability for food contact

ELIGIBILITY FOR FOOD CONTACT, ACCORDING TO CE REGULATION No. 1935/2004. The formulations of Stone Italiana materials are spicifically designed for food contact suitability (global migration below limits)
Environmental Safety by:
·        The Environmental Product Declaration (EPD), the voluntary document that describes the environmental impact o Stone Italiana products in a transparent, objective and comparable way

The GREENGUARD GOLD certification that certifies that Stone Italiana material is safe for humans and the environment: it doesn’t contain and doesn’t release harmful volatile substances

Stone Italiana surfaces for floors and walls are declared to be “low emissions” and are therefore ideal to use for indoor environments such as SCHOOLS and SANITARY STRUCTURES where children and patients are more sensitive to chemical pollution.