Technology Behind NanoPel

Nanotechnology is the future. Protect and preserve the life of your valuable assets.

Re-inventing the way liquids and contaminants interact with any material surface.

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Harness the power of nanotechnology to preserve and protect your valuable assets. By creating invisible, microscopic structures measured in nanometers, nanotechnology is revolutionizing how we interact with materials.

Our nano-coatings are engineered with tiny particles that form a strong, lasting bond with any surface. This creates a barrier that is completely waterproof and provides an anti-stick surface for contaminants.

The coatings are invisible and do not alter the look, feel, or breathability of the material. They also prevent the growth of mold, resulting in a surface that is incredibly easy to clean. Nanotechnology is now accessible to everyone, providing benefits previously unimaginable.

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Our nanotechnology coatings provide a wide range of benefits:

  • Simple and safe to use: Our products are PFAS-free and easy to apply yourself.
  • Superior protection: They reduce cleaning time and the need for harsh chemicals by up to 90%, offering long-lasting protection (up to 12 months).
  • Enhanced value: The coatings protect surfaces from stains and water damage, which extends the life of your assets and maintains their value.

Our research is ongoing as we continue to improve our current products and develop new solutions. We believe nanotechnology coatings will become an essential part of everyday life.

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When applied, nanoparticles self-organize to create a durable, ultra-thin, and invisible layer that repels liquids. The binding elements adhere to the surface, while the anti-adhesive components form the outer layer, making contaminants like liquids easy to wipe away with a damp cloth.

These particles are incredibly small which allows them to penetrate the pores and wrap around individual fibers, providing enhanced strength and protection without altering the material's look or feel. While providing a powerful barrier, the coating still allows air molecules to pass through, letting materials breathe naturally.