Fosforylloosion

Fosforylloosion, also known as phosphoroelastomer, is a type of synthetic rubber that contains phosphorus atoms within its polymer backbone. This unique chemical structure imparts several desirable properties not commonly found in traditional hydrocarbon-based elastomers.

The presence of phosphorus in the polymer chain contributes to enhanced flame retardancy, a significant advantage in applications where fire safety is critical. Fosforylloosion exhibits a higher limiting oxygen index (LOI) compared to many conventional rubbers, meaning it requires a greater concentration of oxygen to sustain combustion. Furthermore, it tends to char rather than melt or drip when exposed to flame, which can help to prevent the spread of fire.

Beyond flame retardancy, fosforylloosion can also display improved thermal stability and resistance to certain chemicals and solvents. The specific properties can vary depending on the exact chemical composition and the method of synthesis. These characteristics make fosforylloosion a suitable material for specialized applications such as aerospace components, electrical insulation, automotive parts, and sealing materials in demanding environments. Research continues to explore new formulations and applications for this versatile class of elastomers.