Starlite is a patented material known for its remarkable fire-resistant properties. Developed by British amateur chemist Maurice Ward in the late 1980s, it is a lightweight polymer-based substance touted for its ability to withstand incredibly high temperatures and prevent the spread of fire. The name “Starlite” is derived from its ability to repel heat, as it exhibits a star-like appearance when subjected to extreme heat sources.
This revolutionary material is composed of polymers combined with various ceramics and other elements, making it resistant to extreme temperatures exceeding 10,000 degrees Celsius. In addition to its exceptional fireproof qualities, Starlite is also highly durable, self-extinguishing, and possesses excellent thermal insulation properties.
One of the key characteristics of Starlite is its ability to dissipate heat energy by reflecting, refracting, and absorbing it. This prevents flames from penetrating or damaging the material, making it invaluable for fire safety applications. Due to its success in the laboratory, Starlite gained international attention with numerous high-profile figures expressing interest in its potential applications, including the military and aerospace industries.
Although Starlite garnered significant attention, it has remained shrouded in secrecy, with the exact composition and manufacturing process kept confidential by its inventor. While it holds immense promise as a fire-resistant material, its commercial development has yet to be fully realized, leaving many eager to witness its potential impact on fire protection and safety.
