Essentially

Nanocoatings are a technological marvel of our century that brings a new level of sustainability to preserving and protecting buildings and structures. The applications of nanocoatings are vast and varied, ranging from the exteriors of towering skyscrapers to the interiors of historic cathedrals. Nanocoatings offer long-lasting and effective protection against a diverse range of environmental factors, including weathering, corrosion, pollution, and germs.

This results in structures that are better able to withstand the test of time, while also requiring less maintenance and upkeep. The beauty of nanocoatings is that they are not limited to just buildings and structures - they can also be applied to assets such as vehicles, machinery, equipment, glass, furniture and furnishings providing similar levels of protection and longevity. In a world where sustainability is increasingly important, nanocoatings offer a viable solution for ensuring that our built environment remains intact for generations to come.

Residential
Properties

Living Room:

• Flooring: Nanocoatings can be applied to hardwood, tile or carpet flooring to increase durability, resistance to stains, and make cleaning easier.
• Furniture: Sofas, chairs, tables, and other furniture can be coated to increase durability, resistance to stains or fire, and to make cleaning easier.
• Windows: Applying nano coating to windows can increase energy efficiency, reduce glare and smudging, and increase resistance to scratching. Easier to Clean.
• Glass Surfaces: Applications on items such as coffee tables, mirrors, and display cases can make them easier to clean and maintain, and also keep them looking new for longer.

Kitchen:

• Countertops: Applied to countertops can increase durability, resistance to stains, humidity, mould, germs, and makes cleaning a breeze.
• Cabinets: Applied to cabinets increases durability, resistance to humidity, scratches and discolouration, and make cleaning easier.
• Appliances: Applying nano coatings to appliances such as refrigerators, ovens, and dishwashers can increase durability and resistance to scratches and stains and germs (outside as well as inside)
• Flooring: Nanocoatings can be applied to hardwood, tile or linoleum flooring to increase durability, resistance to stains, and make cleaning easier.
• Glass Surfaces: such as oven doors, microwave doors, and etc can make them easier to clean and maintain, and also keep them looking new for longer.

Bathrooms:

• Countertops: Applied to countertops can increase durability, resistance to stains, and make cleaning easier.
• Showers / Bathtubs: Nanocoating applied to shower and bathtub surfaces can increase durability, resistance to stains, and make cleaning easier.
• Toilets: A nano coating applied to toilets can increase durability, resistance to stains and make cleaning easier. Reliably protects from germs.
• Flooring: Nanocoatings can be applied to tile, linoleum, or vinyl flooring to increase durability, resistance to stains, and make cleaning easier and faster.
• Walls: A nano coating applied to walls can make them resistant to stains and easier to clean.
• Glass Surfaces: Applied on shower doors, mirrors, and other glass surfaces can make them easier to clean and maintain, and also keep them looking new for longer.

Bedrooms:

• Flooring: For hardwood, tile or carpet flooring to increase durability, resistance to stains, and make cleaning easier.
• Furniture: Bed frames, nightstands, dressers, and other furniture can be coated to increase durability, resistance to stains, and make cleaning easier.
• Windows: Increase resistance to scratching and enjoy cleaner windows for longer and easy cleaning when it is time to do so.
• Glass Surfaces: Applying nano coating to glass surfaces such as mirrors and other glass surfaces can make them easier to clean and maintain, and also keep them looking new for longer.
• Mirrors: Can be coated such that they do not fog up any longer after a shower or bath.

Garage:

• Floor: Applying a nanocoating to the concrete or tiled flooring will protect from stains, scratches, and wear and tear, as well as making it easier to clean.
• Metal garage door: A nanocoating applied to the metal garage door would provide protection against rust and corrosion, as well as making it easier to clean.
• Wall and Ceiling: Applications here would make them more resistant to humidity, mould, fungi, stains, scratches and dust, as well as getting a long-lasting easy to clean effect.

Outdoor:

• Driveway: A nanocoating applied to the driveway would protect it from stains, scratches, and wear and tear, as well as making it easier to clean.
• Patio: Applying a nanocoating to the patio would provide protection from stains, scratches, and wear and tear, as well as making it easier to clean.
• Deck: A nanocoating applied to the deck would provide protection against water damage, as well as making it easier to clean and maintain.
• Fences: A nanocoating applied to the fences would provide protection against water damage, as well as making them more easy to clean and maintain.
• Outdoor furniture / artwork: can be exposed to harsh weather conditions and can become discoloured, faded, and weakened over time. Typical coatings can include Antimicrobial, Self-cleaning, UV resistance, Water repellency, a.o.
• External walls, facades, and other building envelopes: Nanocoatings can provide protection against weathering and other environmental factors that can cause damage to building envelopes over time. Aesthetics: enhances the appearance of building envelopes, and can be formulated to provide a range of colours, textures, and finishes.

Attic / Cellar:

• Cellars and attics are areas that is often overlooked but are an important part of the house. Nanocoatings applied to the surfaces in the attic and cellar would provide superior protection against dust, moisture and condensation, mould, mildew, and dampness. This will make them considerably cleaner, safer and free of odours.

AC/Heating:

• AC/Heating unit: Protects from bacteria, viruses, dust, smells, mould, and mildew. Easy to clean and maintain, and prolong its lifespan.
• Ducts/Vents: Applying an antimicrobial nanocoating to the ducts will prevent the growth of mould and mildew, and ensure longevity.

Gym and Fitness Rooms:

• Textile surfaces, such as the exercise mats and upholstered seating, for improved stain resistance and easy cleaning, odour-neutralisation
• Metal surfaces, such as the weight machines and exercise equipment, for improved durability and resistance to corrosion

Commercial
Properties

Entrance and Lobby:

• Glass surfaces, such as the entrance doors and windows, for improved resistance to dirt, dust, water, and for easy cleaning.
• Metal surfaces, such as the door handles and stair railings, for improved durability and resistance to corrosion
• Ceramic surfaces, such as the floor tiles, for improved durability and easy cleaning
• High traffic areas, such as reception desks, waiting areas to protect from surface transmittable diseases

Conference Rooms:

• Glass surfaces, such as the partition walls and conference room table, for improved resistance to dirt, dust, water, and for easy cleaning
• Wood surfaces, such as the conference room table and chairs, for improved scratch resistance, longevity and easy cleaning
• Textile surfaces, such as the conference room chairs and curtains, for improved stain resistance and easy cleaning

Offices:

• Glass surfaces, such as the partition walls and office windows, for improved resistance to dirt, dust, water, and for easy cleaning
• Metal surfaces, such as the door handles and filing cabinets, for improved durability and resistance to corrosion
• Wood surfaces, such as the office desks and chairs, for improved scratch resistance and easy cleaning

Bathrooms:

• Ceramic surfaces, such as the sinks and toilets, for improved durability and easy cleaning
• Glass surfaces, such as the mirrors, for improved resistance to dirt, dust, water, and for easy cleaning

Elevators:

• Metal surfaces, such as the elevator buttons and handrails, for improved durability and resistance to corrosion

Kitchen and Break Room:

• Metal surfaces, such as the appliances and sink, for improved durability and resistance to corrosion
• Ceramic surfaces, such as the countertops and floor tiles, for improved durability and easy cleaning

Staircases:

• Metal surfaces, such as the handrails and stair treads, for improved durability and resistance to corrosion
• Ceramic surfaces, such as the stair treads, for improved durability and easy cleaning

Gym and Fitness Rooms:

• Textile surfaces, such as the exercise mats and upholstered seating, for improved stain resistance and easy cleaning
• Metal surfaces, such as the weight machines and exercise equipment, for improved durability and resistance to corrosion

Outdoor Areas:

• Glass surfaces, such as the windows of outdoor patios or terraces, for improved resistance to dirt, dust, water, and for easy cleaning
• Metal surfaces, such as the railings and outdoor furniture, for improved durability and resistance to corrosion

Parking Garage:

• Concrete surfaces, such as the floors and walls, for improved durability and resistance to oil, grease, and tire marks
• Metal surfaces, such as the stair railings and parking lot gates, for improved durability and resistance to corrosion

Landscaping and Exterior Surfaces:

• Concrete surfaces, such as walkways and patios, for improved durability, longevity and resistance to stains
• Stone surfaces, such as walls, fountains and statues, for improved resistance to weathering and fading

Roof:

• Metal surfaces, such as the roof, for improved durability and resistance to corrosion
• Concrete surfaces, for improved durability and resistance to water damage
• Solar Panels: for better Efficiency and Lower Costs in the Solar Energy Production (Read More)

HVAC and Mechanical Rooms:

• Metal surfaces, such as the HVAC units and ductwork, for improved durability and resistance to corrosion

Data Center and Server Rooms:

• Metal surfaces, such as the servers and IT equipment, for improved durability and resistance to corrosion

Loading Docks and Warehouses:

• Metal surfaces, such as the loading dock doors and warehouse equipment, for improved durability and resistance to corrosion
• Concrete surfaces, such as the loading dock floors, for improved durability and resistance to oil and grease

Storage Rooms and Closets:

• Metal surfaces, such as the shelves and racks, for improved durability and resistance to corrosion
• Wood surfaces, such as the shelves and racks, for improved scratch resistance and easy cleaning

Auditoriums and Theatres:

• Textile surfaces, such as the seating and stage curtains, for improved stain resistance and easy cleaning
• Wood surfaces, such as the stage flooring and seating, for improved scratch resistance and easy cleaning

Swimming Pools and Spa areas:

• Ceramic surfaces, such as the pool tiles and spa surfaces, for improved durability and easy cleaning
• Metal surfaces, such as the pool ladders and handrails, for improved durability and resistance to corrosion

Security Rooms and Control Rooms:

• Glass surfaces, such as the control room windows and security monitors, for improved resistance to dirt, dust, water, and for easy cleaning
• Metal surfaces, such as the security cameras and control panels, for improved durability and resistance to corrosion

Maintenance Rooms and Utility Rooms:

• Concrete surfaces, such as the floors, for improved durability and resistance to oil and grease
• Metal surfaces, such as the equipment and tools, for improved durability and resistance to corrosion

Children's Play Areas and Daycare Rooms:

• Textile surfaces, such as the play mats and seating, for improved stain resistance and easy cleaning
• Wood surfaces, such as the play equipment and furniture, for improved scratch resistance and easy cleaning

Staff Rooms and Lounges:

• Textile surfaces, such as the seating and curtains, for improved stain resistance and easy cleaning
• Wood surfaces, such as the tables and chairs, for improved scratch resistance and easy cleaning

HVAC systems:

• Coils and filters, can reduce resistance to air flow, improve heat transfer and reduce the buildup of dirt and other contaminants. Improves indoor air quality by reducing the amount of pollutants and germs in the air

Healthcare
and Hospitals

Operating and Sterilisation Rooms:

• Glass surfaces, such as observation windows, for improved visibility, reduced glare, and easy cleaning
• Ceramic surfaces, such as countertops and sinks, for improved durability and easy cleaning and antimicrobial properties
• Metal surfaces, such as door handles, light switches, and other fixtures, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Floors, Walls & Ceilings as below:

Patient Rooms:

• Floors: to improve durability, ease of cleaning, and provide an antimicrobial barrier. This helps to reduce the risk of infection and cross-contamination.
• Walls: to provide an easy-to-clean surface, improve durability and provide antimicrobial protection.
• Ceilings: to provide an easy-to-clean surface, improve durability and provide antimicrobial protection.
• Textiles/Fabrics: such as chairs, sofas to provide an easy-cleaning and antimicrobial barrier.
• Furniture:
  
  
  • Beds: frames and surfaces of beds and patient specific accessories to improve durability, ease of cleaning, and provide an antimicrobial barrier. This can help to reduce the risk of cross-contamination between patients.
  • Chairs and tables: to improve durability, ease of cleaning, and provide an antimicrobial barrier. This can help to reduce the risk of cross-contamination between patients.
  • Cabinets and Drawers: to improve durability, ease of cleaning, and provide an antimicrobial barrier.
• Windows and Glass surfaces: to improve visibility, reduce glare, and provide an easy-to-clean surface.
• Bathroom fixtures: Nanocoating can be applied to bathroom fixtures such as toilet bowls, sinks, and faucets to improve durability, ease of cleaning, and provide an effective antimicrobial barrier.

Laboratories and Pharmacies:

• Ceramic surfaces, such as countertops, sinks, and storage containers, for improved durability, easy cleaning, and antimicrobial properties
• Metal surfaces, such as door handles, light switches, and other fixtures, for improved resistance to corrosion, easy cleaning and antimicrobial properties

Hallways and Common Areas:

• Flooring surfaces, such as tile and linoleum, for improved durability, easy cleaning, and antimicrobial properties
• Handrails and banisters, for improved grip and easy cleaning

Cafeteria and Kitchen Areas:

• Stainless steel surfaces, such as kitchen equipment and appliances, for improved resistance to corrosion and easy cleaning
• Countertops, such as those made of granite or marble, for improved durability and easy cleaning

Elevators and Stairwells:

• Metal surfaces, such as walls, handrails and elevator buttons, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Flooring surfaces, such as tile and linoleum, for improved durability and easy cleaning

Outdoors

• Metal surfaces, such as handrails, seats, and fences, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Glass surfaces, such as outdoor lighting fixtures, for improved visibility, longevity, and easy cleaning
• Flooring surfaces, such as walkways and driveways, for improved durability and easy cleaning
• Wooden surfaces, such as benches, chairs and tables, etc. for longevity, to protect from UV

Physical Therapy Rooms:

• Flooring surfaces, such as tile, linoleum and rubber matting, for improved durability, easy cleaning and antimicrobial properties
• Metal surfaces, such as weight machines and exercise equipment, for improved resistance to corrosion, easy cleaning and antimicrobial properties

Administrative and Staff Areas:

• Glass surfaces, such as office partitions and windows, for improved visibility, reduced glare, and easy cleaning
• Metal surfaces, such as door handles, light switches, and other fixtures, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Furniture, such as desks and chairs, for improved scratch resistance, easy cleaning, and antimicrobial properties

Loading Docks and Service Entrances:

• Metal surfaces, such as loading bay doors and service doors, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Flooring surfaces, such as concrete, for improved durability and easy cleaning

Boiler Rooms and Mechanical Rooms:

• Metal surfaces, such as boilers, HVAC systems, and ductwork, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Floors, for improved durability and easy cleaning

Parking garages

• Flooring surfaces, such as concrete, for improved durability and easy cleaning
• Metal surfaces, such as handrails, seats, and fences, for improved resistance to corrosion, easy cleaning and antimicrobial properties

Exteriors

• Glass surfaces, such as skylights, for improved visibility, reduced glare, and easy cleaning
• Metal surfaces, such as roofing, gutters, and downspouts, for improved resistance to corrosion, easy cleaning and to protect assets from mould etc.
• All surfaces exposed to rain, wind, snow, and sun for durability, easy cleaning.

Public Bathrooms and Restrooms:

• Ceramic surfaces, such as toilets, sinks, and shower stalls, for improved durability, easy cleaning and antimicrobial properties
• Metal surfaces, such as faucets, soap dispensers, and towel dispensers, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Floors, for improved durability and easy cleaning

Lobbies and Reception Areas:

• Glass surfaces, such as reception desks and windows, for improved visibility, reduced glare, and easy cleaning
• Wood surfaces, such as reception desks and furniture, for improved scratch resistance, easy cleaning, and antimicrobial properties

Medical Equipment Rooms:

• Metal surfaces, such as medical equipment and storage racks, for improved resistance to corrosion, easy cleaning and antimicrobial properties
• Floors, for improved durability and easy cleaning

HVAC Systems:

• Improves overall performance and energy efficiency. Applied to the surfaces of HVAC components such as coils and filters, can reduce their resistance to air flow, improve heat transfer and reduce the buildup of dirt and other contaminants. Improves indoor air quality by reducing the amount of pollutants and germs in the air. Reduces noise from the HVAC system, which is particularly important in healthcare environments.

Roof:

• Metal surfaces, such as the roof, for improved durability and resistance to corrosion
• Concrete surfaces, for improved durability and resistance to water damage
• Solar Panels: for better Efficiency and Lower Costs in the Solar Energy Production (Read More)

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