Molybsan (Biocide free)

Molybsan® biocide free is an invisible ceramic coating that changes structure, surface energy and resilience of the substrate, so microorganisms and their feeding sources can’t adhere to surfaces. Molybsan® stimulates a purely physical reaction and it is biocide free.

The ceramic components of Molybsan® protect surfaces against chemical and mechanical attacks/impacts, as well as radiation. These types of damage can be caused by disinfectant, excessive abrasive cleaning and UV light. Molybsan® reaches up to 9H on the pencil hardness scale.

Hand-surface-hand germ transfer of viruses

Molybsan® repel – X

Molybsan® repel – X is an invisible, flexible ceramic coating for non-absorbent surfaces with a micro-organism repellent effect. The coating modifies the surface characteristics of the substrate to minimise the adherence of micro-organisms. Molybsan® repel – X creates an inhospitable environment where micro-organisms are deprived of moisture and food, resulting in their demise. Irrespective of the type of surface, a very high eradication rate is achieved through this disinfecting application.

Molybsan® repel -X is a 9H nano-ceramic coating that protects surfaces from chemical damage, mechanical abrasion and UV light degradation.

Molybsan® repel-X is suitable for non-absorbent, smooth surfaces. It creates a food-safe invisible ceramic layer and can, therefore, be used safely in all parts of the food industry.

Examples of application:

Glass/Ceramic:

Glazed tiles
Toilets
Sinks
Wet areas

Stainless steel:

Medical equipment
Doorknobs
Work surfaces
Kitchen hood extractor fans

Plastic:

Medical equipment
Toilet seats
Wall separators
Furniture
Children’s toys

Stone:

Kitchen countertops
Flooring
Wall tiles

Molybsan® repel – Y

Molybsan® repel – Y is an invisible, flexible ceramic coating for absorbent surfaces. Molybsan® repel – Y removes the nutrient source that microorganisms need to survive and multiply. Without a source of food and moisture, micro-organisms suffer an extremely high eradication rate.

Molybsan® repel- Y protects absorbent surfaces against aqueous or oily substances, therefore starving micro-organisms of a food source. The nano coating can be applied to all absorbent, textured or rough surfaces. The invisible ‘glass’ layer it creates is food-safe and can be used in all areas of catering, hospitality and food service.

Examples of application:

Textiles:

Outdoor clothing
Workwear
Bed linen
Mattresses
Upholstery
Carpeting

Stone:

Kitchen countertops
Flooring
Wall tiles

Molybsan® clean – XL

Molybsan® clean – XL is a high-performance hygiene/cleaning product for smooth, non-absorbent surfaces in acid-resistant wet areas. It is particularly effective in targeting limescale, cement residue, rust, urine stains, sebum and cosmetic residues.

Molybsan® clean – XL makes cleaning quicker, easier and can be used for all cleaning methods, leaving a long-lasting lemon scent for that reassuring sense of cleanliness.

Molybsan® clean – XF

Molybsan® clean – XF is a high-performance hygiene/cleaning product for smooth, non-absorbent surfaces in alkali-resistant areas against oil and grease; it’s especially effective on rust. This smart coating is also food-safe – its ability to remove oil and grease makes it an ideal cleaner for kitchens.

Molybsan® clean – Y

Molybsan® clean – Y is a high-performance hygiene/cleaning product for absorbent, rough and textured surfaces to tackle stubborn, ingrained dirt.

Molybsan® clean – Y delivers the effortless removal of oil, grease, soot, nicotine, atmospheric pollution and dirt without the use of acids, alkalis, enzymes, bleaches, alcohols and surfactants.

Molybsan® odour - XY

Molybsan® odour – XY is a high-performance odour control/cleaning product for use on all absorbent, rough and textured surfaces. It works in three stages to eradicate odours for long periods:

Destruction of odour molecules.
Micro-organisms eliminate the origin of the odour and remove food sources from pathogenic bacteria.
Over time, the beneficial micro-organisms revert to spores and are reactivated when the surface is newly contaminated, ensuring ongoing performance.