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About
Our Thermal
Protection System.

TPS-611 is an advanced fire-resistant coating built around zero flash point technology. It is designed to actively repel heat and prevent the ignition of the protected material, rather than simply slowing the spread of fire.

See Our Testing
0
Flash Point Technology
10 MIN
Lab Burn Test
3
Materials Tested
NJ
Certified Lab
How It Works

How Thermal Protection Systems Work

Thermal Protection Systems are designed to provide a barrier against the extreme temperatures generated by fire or high-heat environments. They work by reflecting heat back and creating an impermeable barrier that protects the material underneath from the direct effects of flames.

Unlike traditional fire-resistant coatings, which might delay the spread of fire or reduce the rate of heat transfer, a Thermal Protection System is intended to actively repel heat and prevent the ignition of the protected material.

01

Reflect

The coating works to reflect heat back rather than absorbing it into the substrate.

02

Insulate

An impermeable barrier is intended to protect the material below from the direct effects of flame.

03

Preserve

By preventing thermal penetration, the goal is to maintain the material's properties under thermal stress.

Thoroughly Tested

Tested at a Nationally Certified Lab.

TPS-611, developed by Legacy Technologies, underwent rigorous testing in a nationally certified burn testing laboratory located in New Jersey. The evaluation was designed to assess the coating's performance across a diverse range of materials critical to multiple industries.

Materials tested included steel, rail ties, and shingles. Each was chosen for its relevance to infrastructure and construction, areas where fire safety is paramount.

SteelSubstrate
Rail TiesSubstrate
ShinglesSubstrate

The testing procedure was concluded just ten minutes into the trial, as the materials coated with the TPS-611 remained entirely unaffected by the flames.

A Different Approach

How TPS-611 Compares

Traditional fire-resistant coatings work by slowing combustion or reducing the rate of heat transfer. TPS-611 is built around a different design principle: actively repelling heat and preventing ignition of the protected material in the first place.

Property
Traditional Coatings
TPS-611
Approach to Fire
Delays the spread of fire or slows heat transfer
Designed to actively repel heat and prevent ignition
Flash Point
Varies by formula
Built around zero flash point technology
Material Integrity
May delay degradation, but not prevent
Aims to preserve properties under thermal stress
Tested Substrates
Varies
Steel, rail ties, and shingles

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