References
Nano-coating protects historic stone surfaces from weathering and biological contamination in archaeological heritage sites.
Nano-coating provides long-term protection for natural stone against pollution and environmental impact in heritage conservation.
Nano-coating preserves historic masonry from weathering while maintaining the original appearance of listed buildings.
Nano-coating protects historic stone monuments from degradation and preserves surface structure over the long term.
Nano-coating protects stone floors from dirt and wax build-up, reducing cleaning effort in high-traffic church environments.
Nano-coating protects façades from graffiti and environmental impact while preserving the building’s original appearance.
Nano-coating prevents graffiti adhesion on façades and protects public buildings from contamination.
Nano-coating reduces algae growth on façades and provides long-term protection against moisture-related damage.
Nano-coating protects concrete surfaces from contamination and graffiti in high-traffic transport infrastructure.
Nano-coating reduces contamination in tunnel systems and enables efficient cleaning without the use of chemicals.
Nano-coating stabilises historic clay structures and protects archaeological sites from deterioration.
Nano-coating protects carpets in luxury hotels from stains and enables fast cleaning without altering material properties.
Nano-coating protects spa textiles from moisture, oils and care products without affecting appearance or tactile properties.
Nano-coating protects furniture and carpet surfaces in high-traffic hotel areas from liquids and contamination.
Nano-coating protects outdoor textiles from moisture and dirt, enabling easy cleaning in tropical climates.
Nano-coating protects upholstery and furniture fabrics from everyday contamination without altering look and feel.
Nano-coating protects furniture surfaces in educational environments from contamination and reduces wear.
Nano-coating protects play carpets from liquids and dirt while meeting high hygiene standards in childcare facilities.
Liquid Glass coating provides long-term protection for glass façades against dirt and significantly reduces cleaning and maintenance requirements.
Advanced nano-coating prevents leaching, mineral deposits and staining on glass and natural stone façades.
Self-cleaning glass coating for glass roofs reduces cleaning frequency and operational costs in hotel environments.
Nano-coating reduces limescale and mineral build-up on glass and tiled surfaces in thermal spa environments.
Durable nano-coating protects glass surfaces from limescale, mineral deposits and graffiti, while minimising cleaning effort in demanding environments.
Nano-coating protects high-rise glass façades from weathering and environmental exposure while reducing maintenance requirements.
Nano-coating reduces germ transmission on high-touch surfaces such as door handles and sanitary fittings in educational and healthcare environments.
Nano-coating protects stainless steel surfaces in sterilisation units and reduces cleaning and maintenance effort in clinical operations.
Nano-coating maintains hygienic stainless steel surfaces in commercial kitchens and reduces cleaning workload in food service operations.
Nano-coating protects surfaces against limescale, algae and moisture, reducing maintenance requirements in pool environments.
Nano-coating protects metal surfaces from corrosion and flash rust in marine environments while preserving visual appearance.
Nano-coating enhances hygiene on production surfaces and enables effective cleaning without aggressive chemicals in food processing environments.
