The Nano Shield formula is adaptable to meet field needs.
How it Works
Nano particles ranging from 1 micrometer to 1 nanometer in a water based solution with other inorganic compounds.
As the water evaporates (the curing process) the resulting material is a sponge-like nano coating forming a protective shield.
Upon exposed to an impingement flame or heat flux, the particles vibrate “reflecting” heat. The sponge like structure ensures low density and low mass also preventing heat dissipation within the material.
The high thermal emissivity and low heat conductivity allow Nano Shield a rated operating temperature of up to 1800 C or 3272 F for the highest protective coating in the market.
The material is not flammable and highly heat resistant. The product will NOT burn and is very low density!
It’s water based properties ensure low toxicity and low fume production when exposed to flames. Can be used in confined spaces.
The sponge like structure permits high thermal protection with minimal weight. Density ranges from 0.4 to 0.6 after curing.
The product is spray-able for fast application and will adhere to metals, wood, fiber glass and other materials commonly found in industrial applications. specifically for metals, it will form an anti-corrosion barrier.
See How Nano Shield Works!
Base Nano Shield
Impermeable to moisture (with topcoat), 100% inorganic materials, easy to apply and maintain, fireproof to 1,800° C, and abrasion resistant (with topcoat). Our base formula of Nano Shield is well suited for operational conditions that are static.
Flexible, abrasion resistant, impermeable to moisture, fireproof to 1,800° C and easy to apply and maintain. The polymeric Nano Shield is well suited for most operational conditions. It is the most versatile offering.
Highly abrasion resistant material. Can withstand extreme conditions. Impermeable to moisture, 100% inorganic materials, fireproof to 1,800° C. Our silica carbide Nano Shield is well suited for operational conditions in highly abrasion prone environments.
Application onsite on equipment up to 150 C surfaces
Fireproofing Insulation Energy Efficiency Ease of application
Top coatings will provide extra strength against abrasion and mechanical resistance (can be pigmented)