Showing 11 of 11 applications
What it solves:
Aging or inefficient roofs absorb heat, strain HVAC systems, and are expensive to replace.
How it helps:
Cool Roof Coat applies directly over existing surfaces to reject heat, reduce cooling costs, and extend roof life—no tear-off needed.
What it solves:
Metal buildings heat up fast and retain heat, making interiors uncomfortable and costly to cool.
How it helps:
Cool Roof Coat keeps surfaces cool by blocking heat transfer, improving occupant comfort and lowering energy loads.
What it solves:
Schools, hospitals, and government buildings need high-performance, low-disruption energy upgrades—often in storm-prone areas.
How it helps:
Cool Roof Coat is Miami-Dade certified, fast to apply, and enhances energy efficiency and durability with minimal disruption.
What it solves:
Fences and shared structures in fire-prone areas act as ignition pathways and limit insurance compliance.
How it helps:
Wildfire Shield transforms fences into passive fire barriers, qualifying for grant funding and improving community fire readiness.
What it solves:
Critical wooden infrastructure burns easily, leading to costly damage and public service disruption.
How it helps:
Wildfire Shield protects wood from ignition—even across multiple fire events—extending the life and performance of essential infrastructure.
What it solves:
Wooden walkways, gates, and critical signage in parks are highly flammable and hard to replace after wildfire damage.
How it helps:
Wildfire Shield preserves the use of wood in natural areas by preventing ignition and maintaining structural integrity—even through repeat fire events.
What it solves:
Timber elements in bridges and slopes are exposed to wildfire risk, threatening evacuation routes and infrastructure stability.
How it helps:
Wildfire Shield protects timber lagging and bridge framing, extending lifespan and keeping transportation corridors operational during fire events.
What it solves:
Exposed surfaces like pipes, tanks, and vessels lose significant energy—driving up operating costs and reducing efficiency.
How it helps:
Cool Touch forms a powerful insulative barrier that slows heat loss at the surface, helping retain thermal energy inside process equipment without bulky insulation.
What it solves:
Uninsulated hot equipment presents burn hazards for maintenance and operations staff, increasing the risk of injury and compliance issues.
How it helps:
Cool Touch lowers surface temperatures to safe-to-touch levels with just 1–2 coats, meeting OSHA requirements while improving overall workplace safety.
What it solves:
Jacketed insulation traps moisture against steel, breeding corrosion under insulation (CUI) that stays hidden until a leak or turnaround.
How it helps:
Cool Touch bonds directly to the substrate as a seamless film — no jacket, no moisture trap, and the surface stays visible for inspection.
What it solves:
Cold equipment surfaces collect condensation and, in freezing climates, ice — disrupting flow meters, valves, and instrumentation every winter.
How it helps:
Cool Touch stabilizes surface temperature above the dew point, suppressing condensation and ice at the source instead of fighting it with covers and heat tracing.
Breakthrough applications in progress—advancing how our materials solve real-world challenges.
Cool Roof Coat and Cool Touch improve comfort and energy efficiency in temporary shelters, mobile clinics, and pop-up infrastructure.
Superior wall protective coatings designed to complement NanoTech's Cool Roof Coating line with waterproof protection for the full building envelope.
Using AI-powered energy modeling, NanoTech is pairing Cool Roof Coat with digital diagnostics to create predictive, data-informed roofing systems.
Exploring use of NanoTech's refractory coating on ceramic and metal grills, smokers, and commercial kitchen equipment to improve thermal control and extend surface life.
Developing ultra-durable coatings for surfaces exposed to direct flame or radiant heat—offering a cleaner, thinner alternative to traditional refractory barriers.
Applying NanoTech's refractory technology to support environments requiring extreme temperature stability, enabling efficient heat containment in compact or specialty enclosures.
