The Science of Protection
Nanotechnology is the future
Nanoman Coatings pioneers a paradigm shift in surface engineering through advanced molecular manipulation. Our proprietary nanotechnology-based formulations induce profound alterations in surface characteristics at the atomic level. In the absence of our coatings, surfaces remain subject to conventional degradation mechanisms and exhibit standard physicochemical properties. Upon application of our nanocoatings, we facilitate a radical restructuring of the surface interface, resulting in:
- Enhanced molecular bonding that dramatically improves durability and resistance to environmental stressors.
- Precise control over surface energy, leading to customizable hydrophobic or corrosion preventive properties.
- Nanoscale smoothing that significantly reduces friction coefficients and wear rates.
- Quantum-level interactions that modify optical properties, yielding superior aesthetics and potential photocatalytic capabilities.
This molecular-level transformation fundamentally alters how surfaces interact with their environment, opening new frontiers in material performance and longevity. Nanoman Coatings doesn’t just protect surfaces; we redefine their fundamental properties at the nanoscale.
This cutting edge, 21st century science is designed to deliver the following benefits:
- Easy, DIY application
- Safe to use, non-toxic materials
- Food safe
- Cuts cleaning time and use of chemical cleaners by up to 90%
- Abrasion resistant
- Long lasting (5 years for most surface coatings)
- Maintains the look of surfaces by protecting them from stains and UV damage
- Protection against water damage (including electrical circuits)
- Prolong the life of assets and improve their resale or residual value
1.Uncoated surface material allows water to absorb in
2.Nanoman protective coating by spray application
3.nanoman coated surface repels liquids preventing staining and permanent marks from developing
When nano particles are applied to a surface, the random particles self-organise in a way that binding components adhere to the surface material and anti-adhesive components are directed outwards forming the top of the nano layer. This self-organisation forms an ultra-thin, invisible layer that is extremely durable and repels liquids. Contaminants such as dirt particles will sit on top of this coating but are easily wiped away with a damp cloth or simply by the rain.
The size of these nano particles is incredibly small, measured in the nano scale. This is thousands of times smaller than conventional coatings allowing them to fill cracks and crevices in surface materials like glass that can only be seen under an electron microscope.
On porous materials like timber, stone and fabric, they form a protective layer around the fibres of these substrates as well as penetrate into the pores of the substrate, spreading out and giving that material even more strength and protection. Whilst being incredibly small, these nano coatings will still allow air molecules to pass through enabling natural materials to breathe.
Nanoman products have all been developed and optimised for specific surfaces and their material characteristics. That way we can guarantee the best result for glass, stone, timber, fabrics and other materials is always achieved.
The Power of Nanocoating: Advanced Protection for Surfaces
Nanocoating technology has revolutionized surface protection across multiple industries, offering superior durability, water resistance, and enhanced performance. These ultra-thin protective layers, built at the nanoscale, create a molecular barrier that shields surfaces from environmental damage, corrosion, UV exposure, and even microbial growth. Whether applied to glass, metal, fabric, or automotive exteriors, nanocoating solutions ensure long-lasting protection with minimal maintenance.
How a Nanocoating Works
At its core, nanocoating utilizes advanced nanotechnology to modify surface properties at a microscopic level. The coating forms an invisible yet highly effective shield that repels water, dirt, and contaminants, reducing the need for frequent cleaning. Unlike traditional coatings, nanocoating bonds at a molecular level, creating a hydrophobic or oleophobic layer that enhances scratch resistance, prevents oxidation, and extends the lifespan of treated surfaces.
Applications of Nanocoating in Various Industries
- Automotive & Marine – Nanocoating solutions are widely used for car paint protection, windshield treatments, and marine vessels, preventing saltwater damage and reducing maintenance efforts.
- Glass & Construction – Window nanocoatings offer anti-reflective, anti-fog, and self-cleaning properties, making them ideal for skyscrapers, solar panels, and shower enclosures.
- Electronics & Gadgets – Waterproof nanocoatings safeguard street lamps, cameras, and circuit boards from moisture, dust, and rain.
- Textiles & Fashion – Clothing and footwear treated with nanocoating become stain-resistant, water-repellent, and more durable against everyday wear and tear.
Why Choose a Nanocoating Over Traditional Coatings?
Unlike conventional protective coatings, nanocoating delivers unmatched performance while remaining completely transparent and non-intrusive. Traditional coatings tend to wear off quickly and often alter the appearance of surfaces, whereas nanocoatings maintain the original look and feel while providing superior protection. Additionally, they contribute to sustainability by reducing the need for harsh chemical cleaners and extending the lifespan of materials.
The Future of Nanocoating Technology
As research in nanotechnology continues to advance, nanocoating applications are expanding into new frontiers, including medical devices, aerospace components, and even anti-bacterial surfaces. With increasing demand for long-lasting, high-performance coatings, nanocoating is set to become an essential solution for industries worldwide.
