Ecofirebuster ThermoFortis™
Next-Gen Materials for Fire, Heat & Carbon-Smart Infrastructure
Breakthrough Protection
Advanced materials and composite engineering
Thermal Resistance
Superior heat management for critical infrastructure
Carbon-Smart Design
Environmentally conscious protective technology
Schedule a Demo
See ThermoFortis™ outperform in a live fire resistance demo
Revolutionary Self-Reinforcing Chemistry
The Hotter it gets, The Stronger it Becomes.
First of a kind chemistry.
Withstands 1600°C
Exceeds conventional coatings by hundreds of degrees.
Ultra-Low Thermal Conductivity
Minimize heat transfer reducing heat transfer, reducing energy consumption and protecting against fire
Easy Application, Maximum Protection
Field-Ready Solution
Spray, Brush, Roll or Dip
Ambient-Temperature Curing
Cures without special equipment or conditions.
Low-Maintenance Performance
Long-lasting protection reduces maintenance cycles and costs.
Environmentally Responsible Protection

Circular Economy Design
Uses recyclable and naturally derived materials.

Fluorine-Free & Non-Toxic
No PFAS, halogens, or harmful chemicals.

Climate & Energy Resilient
Withstand extreme weather events while promoting energy efficiency.

Water-Based Formula
Minimal VOCs and environmental impact during application.
Performance Metrics That Matter
1600°C
Maximum Heat Resistance
Maintains integrity at temperatures that melt aluminum.
75%
Energy Savings
Reduces thermal transfer compared to standard materials.
15+ yrs
Expected Lifespan
Long-term protection without degradation.
Thermal Simulation
Here's a thermal simulation comparing outdoor temperature with indoor temperatures for a typical building facade—with and without ThermoFortis. As shown:
  • Without ThermoFortis, indoor temperature swings more drastically, with a peak that follows outdoor heating.
  • With ThermoFortis, temperature rise is delayed and significantly reduced due to its reflective and insulative properties.
This demonstrates how ThermoFortis contributes to energy efficiency by reducing indoor heat gain, making it effective for both indoor and outdoor applications.
Real-World Impact
Protection factor measured by resistance to damage in extreme conditions.
Why Now?
Industrial Sectors
Need next-gen materials for emission reduction and resilience in extreme environments.
Climate Change
Is accelerating climate-driven disasters, surpassing the capabilities of traditional building materials.
Regulatory Pressures
Related to VOC compliance are pushing legacy coatings to obsolescence.
Aerospace, DOD, and Utilities
Require advanced materials engineered to adapt and endure.
Partner With Ecofirebuster Today
How do I arrange a pilot deployment?
Fill our demo request survey. We'll evaluate your needs and set up a demonstration at your facility.
What surfaces can ThermoFortis be applied to?
Our formula works with wood, metal, concrete, composites, and most building materials. Special formulation are available for marine and aerospace application.
How does ThermoFortis compare to traditional solutions?
ThermoFortis is breakthrough in advanced materials and composite engineering offering exceptional temperature resistance and energy efficiency.
Join leading utilities, builders, and municipalities already set to benefit from our revolutionary technology.