For boaters and boating professionals

The nanox siO2 marine deck is an easy-to-use and fast SPRAY AND WIPE-type ceramic nano coating for boats, just a thin spray on dry superstructures one panel or piece at a time, wipe dry with a high-quality microfiber cloth and the boat coating is immediately ready, even at temperatures up to +5 degrees. 

A big advantage is the reactivity based on the APR technology of the coating, without adhesives, waxes or resins, all the outer and inner surfaces of the deck can be coated very quickly and effortlessly without harmful chemicals, even in difficult conditions.

Suitable for paint, varnished wood, glass, plastic and metal surfaces, in one treatment all deck surfaces.

The nanox siO2 marine deck leaves superstructures water- and dirt-repellent and super shiny but not slippery for a long time. A ceramic siO2 coating film remains on the surfaces, which provides protection for up to 6 months with proper and reasonable care. In practice, the coating provides protection for the whole season in Finland, sometimes 

nanox SiO2 marine deck leaves the deck structures water and dirt repellent for a long time and super shiny but not slippery. A ceramic SiO2 coating film remains on the surfaces, which provides protection for up to 6 months with proper and reasonable care. In practice, the coating provides protection for the entire season, even in the for the period in Finland's sometimes difficult conditions.

Reactive siO2 marine APR reaction fluid.

• Protect for 6 months / Finnish boating season, with the right kind and reasonable care.
• Strong protection against chemicals, solvents, bird droppings and aquatic vegetation.
• Does not contain adhesive bindings or resins. Nonflamebly liquid.
• No polishing and dusty machining like waxes.
• Operating temperatures up to +5 degrees - +50 degrees.
• New paintwork can be treated immediately, no months of waiting.
• No expensive and unnecessary window, plastic and other coatings. All deck surfaces can be treated at the same time.
• As it dries, the coating undergoes reactive separation from the liquid, and eventually an antistatic siO2 film of 9H hardness class remains on the surfaces.
• Corrosion protection should not be coated. For example, zinc protectors.

nanox siO2 marine race hybrid isspray-applied SPRAY AND WIPE-type siO2 hybrid graphene coating for boat side and bottom structures. Three-stage spray application to machine-polished dry surfaces one panel or piece at a time, wipe dry with a high-quality microfiber cloth and the coating is immediately ready.  APR technology ensures effective adhesion of the coating to surfaceseven in cool spring conditions of +5 degrees, without numbing and difficult waxing polishing.

Paint/varnish, metal, plastic and aluminum surfaces can be processed in the same step easily and quickly. 

The nanox siO2 marine race hybrid graphene coating is used for coating outboard motors, lifting keels and rudders, as well as for coating boat bottom structures. nanox siO2 marine race hybrid nano coating leaves surfaces water- and dirt-repellent and super shiny. The surfaces are left with a very slippery ceramic coating film that provides protection for up to 6 months with proper and reasonable care. 

Spray-applied reactive siO2/graphene hybrid marine APR reaction fluid.

• Protect for 6 months / Finnish boating season, properly maintained.
• Strong protection against chemicals, solvents, aquatic vegetation and corrosion.
• Does not contain adhesive bindings or resins. Nonflameble liquid.
• No polishing and dusty machining like waxes.
• Operating temperatures up to +5 degrees - +50 degrees.
• New paintwork can be treated immediately, no months of waiting.
• Outboard engines also undergo the same treatment.
• As it dries, the coating undergoes reactive separation from the liquid, and eventually an antistatic siO2 of 9H hardness class and a hybrid film of graphene remain on the surfaces. 
• Coating aluminium, reinforced plastic, wood and fiberglass boat side and bottom structures.
• Requires mechanical polishing of surfaces before processing.
• Requires triple spraying on surfaces.
• Corrosion protection should not be coated, for example, zinc shields.
• Graphene is the hardest material in the world.