• Shock absorption: The elasticity of the E.V.A. material dissipates the impact energy, drastically reducing the risk of physical injury.
• Superior hygiene: The antibacterial nature and liquid repellency prevent the proliferation of pathogens and facilitate maintenance.
• Certified safety: The use of non-toxic materials guarantees total safety even in case of prolonged or accidental contact with the mouth.
• Performance durability: Resistance to acids and oils ensures that the protection does not deteriorate following frequent cleaning cycles with professional detergents.
• Aesthetic adaptability: The available color range allows the safety device to be integrated with the design of the interior furnishings.

Use is recommended in all contexts that require the securing of corners and pillars, with particular reference to kindergartens, nurseries and indoor play areas. The product also finds application in pediatric wards, playrooms, sports centers and rehabilitation facilities where continuous and hygienically safe wall protection is required.

This protection is the correct choice when the goal is to combine injury prevention with maximum environmental hygiene. Unlike common rigid plastic guards, the softness of E.V.A. offers superior elastic response, while the 10 mm thickness guarantees an effective protective barrier over a height of 2 meters, covering the entire range of the user’s movement. It is the ideal solution in contexts subject to strict sanitization protocols thanks to its chemical repellency.

What is the advantage of E.V.A. compared to other corner guard materials?

E.V.A. is a non-toxic material, phthalate-free and much more elastic than PVC, offering greater shock absorption capacity and natural resistance to mold and bacteria without the need for surface chemical treatments.

Does the product comply with regulations for use in the presence of children?

Yes, the protection is made of non-toxic and safe materials, specifically tested for installation in school and recreational environments according to current safety standards.

How should the protection be cleaned?

Thanks to its resistance to liquids and acids, it can be cleaned using common neutral detergents or professional disinfectants, keeping its antibacterial properties intact.