About Our Product
Thoroughly Tested
In a groundbreaking demonstration of its efficacy, the Thermal Protection System (TPS) developed by Legacy Technologies underwent rigorous testing in a nationally certified burn testing laboratory located in New Jersey. This comprehensive evaluation was meticulously designed to assess the TPS's performance across a diverse range of materials critical to various industries. Among the materials tested were steel, rail ties, and shingles—each chosen for their relevance to infrastructure and construction, areas where fire safety is paramount. Remarkably, the testing procedure was concluded just ten minutes into the trial, as the materials coated with the TPS remained entirely unaffected by the flames. This outcome not only highlighted the superior protective qualities of the TPS but also underscored its potential to revolutionize fire safety standards across multiple sectors.
The implications of these tests are profound, indicating a significant leap forward in fire retardant technology. The TPS's ability to shield such varied materials from fire damage without any measurable decomposition challenges the status quo of fire safety solutions. By successfully protecting steel, rail ties, and shingles from the ravages of fire, the TPS demonstrates its versatility and effectiveness, offering a new level of security and resilience. This unparalleled performance in a controlled, nationally recognized testing environment solidifies the TPS's position as a revolutionary product in the fire safety industry. Legacy Technologies' achievement in developing such a system promises to redefine safety measures, offering enhanced protection to critical infrastructure and potentially saving lives by mitigating fire risks in unprecedented ways.
How Thermal Protection Systems (TPS) Work
Thermal Protection Systems (TPS) are designed to provide an effective barrier against the extreme temperatures generated by fire or high heat environments. These systems work by reflecting back the heat and creating an impermeable barrier that protects the material underneath from the direct effects of flames. This innovative approach ensures that the structural integrity of the coated material is preserved, even under severe thermal stress. The efficacy of TPS lies in its ability to prevent thermal penetration, thus maintaining the material's original properties and functionality despite exposure to extreme heat.
Unlike traditional fire-resistant coatings, which might delay the spread of fire or reduce the rate of heat transfer, TPS offers a more robust solution by actively repelling heat and preventing the ignition of the protected material. This distinction is critical in environments where high temperatures can compromise safety and where traditional methods may fall short. The reflective nature of TPS not only protects against direct flame contact but also minimizes heat-induced degradation, making it an essential component in safeguarding both people and assets in a variety of industrial and commercial applications.