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NanoTech Materials

NanoTech Materials, Inc. has revolutionized the science of heat control by integrating its patented Insulative Ceramic Particle (ICP)â„¢ into common building materials, coatings, and substrates, giving them uncommon heat conservation, rejection, or containment properties.

NanoTech Materials, TIME Best Inventions of 2024, Full product line

Breakthrough Solutions

How It Works

The Insulative Ceramic Particle™ stops the heat from transferring through the thickness of the coating. The  ICP™ has a very low thermal conductivity ensuring heat is stopped.  Emissivity is important for controlling and managing the heat that a material absorbs and releases. Some of our coatings have a perfect emissivity.  Learn More About Emissivity

Cool Roof Coat

NanoTech Materials - Cool Roof Coating

Reduce HVAC

Substantially Lower Your HVAC Use Which Reduces Energy Consumption and CO2 Emissions

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High SRI

A high SRI (Solar Reflectance Index) score for roof coatings indicates superior reflectivity and thermal emittance, meaning the coating effectively reflects solar radiation and emits absorbed heat.

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Waterproofing

Certified By Miami Dade and ICC to Withstand the Harshes Condition

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Heat Resistance

The integration of an insulating ceramic in roof coatings that reduces thermal conductivity represents a significant advancement, offering a step change in thermal management. This innovative approach enhances the roof's insulation properties, drastically minimizing heat transfer into the building and thereby setting a new standard in roof coating performance.

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Waterproof and Remediate

NanoTech Cool Roof Coat is a Miami-Dade County certified roof replacement alternative that offers durable remediation with a rolling 10-year warranty with lasting protection and performance.

Lower Energy Bills + Plus Reduce Carbon Footprint

For the top side of the built environment, and the roof restoration industry in particular, NanoTech Cool Roof Coat delivers a step-function decrease in the amount of heat that gets past the roof system, producing an equally drastic reduction in the energy, cost, and carbon emissions associated with HVAC cooling. With about 40% of the total energy consumption in the US attributed to buildings, a large fraction of which can be attributed to heating and cooling, NanoTech not only reduces operational costs but also plays a vital role in decreasing CO2 emissions. As such, NanoTech is positioned as the leader at the intersection of high-impact sustainability, simplicity, and unprecedented value in sustainable building solutions.

Going Beyond High SRI

With a Solar Reflectance Index (SRI) of 104, NanoTech Cool Roof Coat redefines building heat-rejection by adding unusually low conductivity to already high emissivity and reflectivity to keep rooftop heat out. As latent heat transfer, time, and dirt accumulation degrade the effectiveness of conventional cool roof products, NanoTech Cool Roof Coat keeps rejecting heat, especially as ambient temperature rises. This level of heat rejection is only possible because of the action of the NanoTech Insulative Ceramic Particle (ICP), which reduces roof heat transfer by up to 80% with a simple, two-coat application.

10-Year Rolling Warranty

NanoTech provides peace of mind with a rolling 10-year warranty on its roof coating, ensuring continuous quality and performance assurance. If you roof needs replacement and is out of warranty – we will coat on top of your existing roof and provide a 10 year warranty.

Nationwide Installer Network

NanoTech boasts a nation-wide distribution network, selecting only the highest quality suppliers to ensure our products are accessible across the country. Our commitment to excellence extends to our choice of applicators, guaranteeing top-tier application and service wherever our products are used.  In order to receive the rolling 10 year warranty, the NanoTech roof coat must be applied by our certified installers.

Wildfire Shield

Technology Comparison

Performance
Durability
Esthetics
Weight
Application
Technology
Toxicity
Intumescent Paint
1,832 F
Reactive/Deteriorate Quickly
Rough Finish
1400kg/m³ density
Difficult to Apply
Intumescent paints work by expanding and forming a char layer when exposed to high temperatures, thereby insulating the coated material from fire and heat damage.
Can be highly toxic due to the chemical reaction that occurs
NanoTech Wildfire Shield
3,272 F
UV Protective
Smooth Finish
450 kg/m³
Sprayable
No VOC resin burns off leaving an inorganic insulative ceramic shield
Non-Toxic
Cementitious Materials
1,832 F
Cannot expand/Cracks over time
Rough Finish
2,200 kg/m³
Messy and Difficult to Apply
The mass of the cementitious coating absorbs and dissipates heat
Non-Toxic

Insulative Coatings

NanoTech’s insulative coatings function through a combination of high emissivity (the ability to radiate absorbed heat), exceptional reflectivity (reflecting solar heat away), and low thermal conductivity (reducing heat transfer). This synergistic approach ensures maximum thermal efficiency, keeping spaces cooler while minimizing energy usage.

Bus, RV, and Truck

Insulative Barrier

Designed to enhance fuel efficiency by keeping interiors cooler, thereby reducing the need for air conditioning. This innovative coating ensures a more comfortable journey for passengers by maintaining a consistent internal temperature. Additionally, when applied to truck bodies, it acts as a thermal barrier improving worker comfort.

Shipping Container

Insulative Coating

Insulates modified shipping containers into thermally efficient spaces, preserving interior temperatures to reduce the energy required for climate control. It's important to maintain comfort in container-based housing or offices, enhancing livability and workability. For containers used transport, it ensures that goods remain within optimal temperature ranges.

Cement Truck

Insulative Barrier

NanoTech's coating for cement trucks ensures cement stays soft en route, diminishing the reliance on ice and streamlining delivery. Its thermal management promotes ready-to-pour cement, optimizing construction efficiency.