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Is FRP panel fireproof?

FRP panels can be made flame retardant, but it depends on the specific formulation and manufacturing process. The flame retardant properties can be achieved by incorporating flame retardant additives into the resin during the panel manufacturing. It's crucial to check with the manufacturer or supplier to ensure that the FRP panels meet specific flame retardancy standards or requirements for your intended application.

As people prioritize building safety, flame retardant properties in materials, including fiberglass tiles, gain significance. The oxygen index is a key parameter for evaluating flame retardancy, representing the oxygen volume fraction required during combustion. Higher values indicate better flame retardant properties. Testing the oxygen index involves igniting a sample in a controlled atmosphere.

For fiberglass tiles, an oxygen index of 26% and above categorizes them as primary flame retardants, while those between 21% and 26% are considered secondary flame retardants. Tiles with an oxygen index below 20% are non-flame retardant. Primary flame retardants exhibit superior combustion resistance, with stringent requirements for flame height and delay time. Secondary flame retardants are slightly less effective but still contribute to fire prevention.

The relationship between fire resistance and the oxygen index is direct—the higher the oxygen index, the better the flame retardant performance. Fiberglass tiles with higher oxygen indices offer enhanced fire resistance, ensuring a safer and more reliable option compared to those with lower oxygen content.

In summary, the oxygen index test serves as an effective means to assess the flame retardant level of FRP tiles. Categorizing them as primary or secondary flame retardants is based on these test results. Prioritizing fiberglass tiles with higher oxygen indices and fire ratings enhances the safety performance of building materials.