Nano coatings themselves are generally not harmful when used correctly and recommended safety precautions are observed. Most nano coatings are made of nanoparticles that provide a protective layer on surfaces such as glass, metal or plastic, for example to be water-repellent or dirt-repellent. However, there are some aspects that need to be taken into account:

Inhalation of nanoparticles: Some nano coatings contain nanoparticles of silver, titanium dioxide or other materials. Inhalation of these particles can be harmful to health, especially when it comes to industrial applications where larger quantities are used. This mainly applies to aerosols or dust particles that can become airborne when applying the coating. It is important to take protective measures, such as respirators and well-ventilated work areas.

Disposal: When nano coatings break down or are removed, the nanoparticles can end up in the environment. In some cases, these particles can have ecological effects. It is therefore important to remove the product correctly and dispose of it according to environmental regulations.

Safe use of products: It is always important to follow the manufacturer’s instructions carefully when applying nano coatings, as the solvents or other chemicals used can in some cases be harmful to health, especially with prolonged exposure.

In summary: Nano coatings are generally not directly harmful, but it is important to follow safety instructions and use the products correctly to minimize potential risks. When applying nano coatings, it is important to ensure good ventilation and, if necessary, wear personal protective equipment.

NanoEnzo: Exclusively for B2B
At NanoEnzo, we focus exclusively on the business market. Our high-quality products and solutions are specially developed for companies looking for effective and sustainable cleaning and maintenance products. Because we understand that business customers have unique needs, we offer products and services that are tailored to the demands of the industry. We therefore only sell our products to companies with a valid VAT and Chamber of Commerce registration. Our general terms and conditions apply to all sales transactions to registered companies.

• Advantages of waterborne nano coatings:
• Safety for the user: Waterborne coatings often contain fewer volatile organic compounds (VOCs), which can be harmful if inhaled. This makes them less harmful to the health of the user and reduces the risk of irritation to the skin or respiratory tract.
• More environmentally friendly: Because waterborne coatings are water-based, the risk of environmental pollution is lower than with solvent-based coatings. They generally contain fewer toxic substances and can be recycled more easily.
• Reduced odour: Waterborne nano coatings often have a much lower odour than solvent-based coatings, making them more pleasant to work with, especially in enclosed spaces.
• Less harmful emissions: Waterborne coatings emit fewer harmful fumes, which is beneficial for the air quality in work areas and the environment.
• Points of attention for waterborne nano coatings:

Application conditions: As with other coatings, waterborne nano coatings must be applied under certain conditions, such as suitable temperature and humidity. Incorrect application may reduce the effectiveness of the coating.

What is nanocoating?

As explained under 'What is nanotechnology', this concerns a technique or elements on a scale of a millionth of a millimeter. To get an idea of ​​this, a small fact: a human hair has a thickness of 80,000 nanometers. A nano is therefore much, much smaller than the thickness of a human hair and is active at the simple molecular level.

The same applies to our nanocoatings. Our nanocoatings contain (environmentally friendly) nanoparticles with which we add something to the material you have applied and need to protect, making it water, grease and dirt repellent and more durable due to the protection that our coatings also provide. In other words, less maintenance, less cleaning and therefore lower costs. And not to forget, a reduction of your CO2 footprint.

Risk assessment of nano products
The risk of a substance is determined by the combination of the possible effects and the dose to which we are exposed.

With nanoparticles, it is often not enough to know the weight of the dose: the size, the surface area and/or the number of particles can be just as important. Research is needed for each application to determine which effect can occur and which size for the dose is most suitable.

Even if nanoparticles can be demonstrated in a product, it is often not known whether exposure to these same particles occurs. When nanoparticles are released into a biological environment, they have a strong tendency to stick together; this can be quite firmly (aggregates) or loosely (agglomerates). All kinds of other substances also ‘stick’ to the surface, for example proteins in the bloodstream, and this affects their distribution, breakdown and excretion. Whether and to what extent these particles are absorbed by the body is often not known. When nanoparticles are inhaled, it is possible that they end up in the lungs. Therefore, additional safety measures are recommended when working with or producing powdered or fibrous nanomaterials.

For degradable particles, the risk assessment can be based on the substances they consist of. Scientists agree on this. For example, if a calcium salt in the form of nanoparticles is added to toothpaste, it can be demonstrated that it dissolves completely in the stomach and does not pose a health risk.

In the Netherlands, the RIVM is conducting research into the safety of nanomaterials on behalf of various ministries and the NVWA. The RIVM also reviews the many publications and reports that appear on this subject. A special knowledge and information point for nanotechnology risks has been set up (KIR-Nano).

How does the NanoEnzo self-cleaning grease extraction system work?

Our self-cleaning grease extraction system sprays a safe, biotechnological fluid into the exhaust ducts. This fluid creates a bioactive film that breaks down grease into water (H₂O) and carbon dioxide (CO₂). This process keeps ventilation ducts clean, prevents odor nuisance and reduces the need for intensive maintenance and fire hazards, without the use of aggressive cleaning agents. The system offers an efficient and environmentally friendly solution for grease management and floor cleaning.

How does the NanoEnzo bee*pure® grease separator system work?

The bee*pure® grease separator system biologically breaks down grease and other substances without the use of emulsifiers. It prevents build-up and blockages in pipes, minimizes fire hazards and odor nuisance, and reduces maintenance costs. Thanks to the efficient operation of the system, cleaning intervals are shortened and downtime is minimized, which contributes to a lower total operating cost.