Advanced Surface Protection Built Around Nanotechnology

NexaNano’s technology is built around advanced SiO2 nanotechnology coatings designed to help protect and extend the life of multiple surfaces (roofs, concrete, wood, stone, and exterior surfaces).

Our coatings are designed to work at the molecular level while still allowing surfaces to remain breathable — helping provide long-term protection without trapping moisture beneath the surface.

Developed through years of testing and real-world application, NexaNano products are designed to help protect surfaces from water intrusion, UV exposure, microbial growth, and environmental deterioration across a wide range of climates and conditions.

What Is SiO2 Nanotechnology?

SiO2 stands for silicon dioxide - a naturally occurring compound commonly found in materials like quartz and sand.

Within nanotechnology coatings, SiO2 particles are engineered at an extremely small scale to help create a protective layer that bonds with the surface being treated.

Unlike many traditional surface coatings that simply sit on top of a material, nanotechnology coatings are designed to penetrate and bond at a deeper level while still maintaining breathability.

This allows treated surfaces to remain more resistant to moisture intrusion, UV damage, microbial growth, and environmental wear over time.

Designed for Long-Term
Surface Protection

NexaNano products were developed with one core goal:

Help surfaces last longer while reducing unnecessary replacement costs and ongoing deterioration.

Our coatings are designed to support long-term surface performance across a variety of environments and conditions, including:

  • High UV exposure

  • Humid climates

  • Freeze/thaw conditions

  • Heavy rainfall

  • Dry desert environments

  • Mold and algae-prone regions

By helping reduce moisture penetration and environmental breakdown, treated surfaces may maintain their integrity and appearance longer compared to untreated surfaces.

How NexaNano
Technology Works

NexaNano coatings are designed to penetrate porous surfaces while forming a breathable protective barrier.

This approach helps allow surfaces to:

  • Repel water more effectively

  • Resist UV degradation

  • Reduce microbial growth

  • Maintain breathability

  • Improve long-term durability

  • Reduce environmental wear and tear

Rather than creating a heavy topical membrane, the technology is designed to integrate with the surface itself while still allowing trapped moisture vapor to escape.

This breathable approach is especially important for surfaces like roofing materials, concrete, wood, and stone where trapped moisture can contribute to long-term deterioration.

Built Through Years of Research & Testing

Before entering the residential market, NexaNano technology underwent years of research, ASTM testing, and refinement.

Testing included both controlled evaluations and real-world environmental applications across multiple surface types and climates.

The development process focused heavily on optimizing surface penetration, longevity, breathability, environmental performance, formula consistency, surface compatibility, water resistance, and durability across a wide range of climates and conditions.

NexaNano continues to refine and improve formulations as technology and industry understanding continue to evolve.

NexaNano is Proudly Made in the U.S.A.

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