CoolCote
Bright South Florida home with white exterior walls

Advanced Ceramic + Mineral Cooling Technology

Give Your Building a Cooling Upgrade.

Don't Just Repaint. Upgrade It.

CoolCote’s ceramic- and mineral-enhanced acrylic wall coating is engineered to reflect solar heat, renew aging exteriors, and provides lasting protection. Thermalizr helps quantify the opportunity and measure results.

COOL

Reflect solar heat.

RENEW

Refresh your exterior.

PROTECT

Add surface protection.

Get a CoolCote Quote Explore Thermalizr

The repainting opportunity

More Than Paint. A Smarter Building Upgrade.

Your walls take the heat every day. When it’s time to repaint, upgrade the finish—and evaluate the cooling opportunity.

COOL · RENEW · PROTECT · MEASURE

Sunlit stucco architecture illustrating compatible exterior wall surfaces, not a verified installation

COOL

Engineered to reflect sunlight and help reduce exterior surface temperatures.

RENEW

Upgrade your exterior appearance during a scheduled repaint.

PROTECT

Premium ceramic- and mineral-enhanced acrylic coating technology.

MEASURE

Use Thermalizr to assess the opportunity and document results.

Advanced Ceramic + Mineral Cooling Technology

Reflect Solar Energy. Release Absorbed Heat.

An advanced acrylic coating system with ceramic microspheres, engineered mineral technologies, reflective pigments, and functional mineral fillers.

Conceptual solar-reflection and heat-release comparison, not measured product performance
Conceptual illustration. Final product radiative properties and building energy savings require approved testing and project-specific assessment.
REFLECT RELEASEExplore CoolCote

CoolCote + Thermalizr

Measure the Heat. Reduce the Heat. Prove the Difference.

  1. 01 · THERMALIZR

    Assess

    Understand the building, thermal conditions, exposure, and improvement opportunity.

  2. 02 · COOLCOTE

    Upgrade

    Apply required CoolCote Primer and ONE finish coat to suitable exterior walls.

  3. 03 · THERMALIZR

    Validate

    Compare follow-up field measurements against the baseline, documenting conditions and uncertainty.

Purchase a coating project, a professional assessment, or an integrated pilot. Each can be scoped separately.

Explore Building Cooling Solutions

Together or separately

Choose the Right Cooling Upgrade for Your Building.

Featured commercial offering

CoolCote + Thermalizr Pilot

A defined-area paid pilot: baseline assessment, suitable comparison surfaces, CoolCote installation, follow-up thermal measurements, and a comparative report.

Request a Paid Pilot

Residential + commercial

Full CoolCote Installation

An exterior cooling upgrade for eligible building walls. Add Thermalizr assessment and follow-up verification where appropriate.

Request a Project Quote

Standalone building intelligence

Thermalizr Building Assessment

Starting at $1,500 for a qualifying standard assessment. Review available building information, thermal measurements, energy data, and economic opportunities.

Request an Assessment

30-day results · Earlier formulation

Warehouse Project. Real-World Results.

Medley, Florida · September 18, 2026. Infrared readings from an earlier experimental pilot coating—not verification of the final commercial formulation.

View the Field Case Study

22.5°F

Lower exterior surface temperature than untreated control

5.2°F

Lower interior wall surface temperature than untreated control

30-day surface readings under specific observation conditions. Not measured HVAC energy savings or a guarantee of future results.

Your building · Your assumptions

Start With Thermalizr.

Explore a free preliminary assessment. When reliable information is insufficient, receive a qualitative starting point—not an invented savings number.

Explore Thermalizr Get a CoolCote Quote

FAQs

Straight answers.

Apply the required CoolCote Primer, followed by ONE CoolCote finish coat. Finish coverage is approximately 100–125 sq. ft. per gallon; primer coverage is approximately 200 sq. ft. per gallon. Surface condition affects consumption.