Resiliency Spotlight: NanoTech's Cool Roof & Fire Mitigation Technology

In a recent feature published by Building Enclosure magazine, NanoTech Materials CEO Mike Francis shared a pivotal insight: "The building envelope remains one of the most critical levers for reducing operational carbon emissions—yet it's often overlooked in favor of mechanical upgrades or renewable energy add-ons."

At NanoTech Materials, we're changing that mindset by coupling breakthrough materials science with intelligent, data-driven decision-making tools. The result? Building owners can now not only see the energy waste in their structures, but take precise, actionable steps to eliminate it.

It Starts with Understanding: ROOVIE AI

Before you can improve a building envelope, you need to know what it's costing you. That's where ROOVIE AI comes in.

ROOVIE is NanoTech's proprietary AI-powered modeling engine, designed to simulate thermal behavior across roofs, walls, and hot water systems—based on real building data. It translates heat loss into dollars, carbon, and comfort, helping owners visualize:

• How much energy is escaping through the roof
• Which areas of the building envelope are underperforming
• What improvements will deliver the best ROI

ROOVIE bridges the gap between building data and material solutions—teeing up NanoTech's coating technologies for maximum impact.

The Materials That Make It Possible

Once problem areas are identified, NanoTech's next-generation coatings step in. Our Insulative Ceramic Particle (ICP)® technology transforms traditional coating performance by:

• Cool Roof Coat: With its unique combination of high reflectivity, emissivity, and ultra-low thermal conductivity, this coating rejects and dissipates heat more effectively than standard cool roof products. Buildings stay cooler, HVAC systems work less, and energy bills drop.

• Insulative Coat Cool Touch: Applied to walls, pipes, tanks, and other surfaces, this thermal barrier coating reduces heat transfer by up to 90%. It's like wrapping your building in an invisible layer of insulation—without the bulk or cost of traditional materials.

• Wildfire Shield: Beyond energy efficiency, our fire-protective coating offers Class A fire resistance without toxic chemicals. It's a dual-purpose solution for buildings in wildfire-prone areas that need both thermal management and fire protection.

The Combined Impact

When AI-driven insights meet advanced materials, the results are transformative:

• 30-50% reduction in roof heat gain
• 15-25% decrease in overall building energy consumption
• 2-5 year payback periods on coating investments
• Significant carbon footprint reduction without expensive mechanical retrofits

Leading the Resilient Building Movement

As climate challenges intensify—from extreme heat to wildfire threats—buildings need solutions that address multiple risks simultaneously. NanoTech Materials is at the forefront of this movement, proving that:

• Energy efficiency and resilience go hand-in-hand
• Smart data tools amplify the impact of material innovations
• The building envelope is the most cost-effective place to start

Our integrated approach—combining ROOVIE AI's intelligence with ICP technology's performance—represents the future of sustainable building management. It's not just about cooler roofs or lower energy bills; it's about creating buildings that are prepared for whatever climate challenges lie ahead.

For building owners, facility managers, and sustainability leaders, the message is clear: resilient buildings start with smarter envelopes, and smarter envelopes start with NanoTech Materials.