It is obvious from the test results in Figure 2 that the tensile strength and elongation at the break of FR/PP show a decreasing trend with the increase in flame-retardant content, while the tensile modulus increases gradually, whether it is DBDPE, MONO, MULTI or IFR flame retardant.
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Mechanical, Dielectric and Flame-Retardant Properties of GF/PP Modified with Different Flame Retardants
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LOI of GF/PP Composites Modified with Different Flame Retardants The LOI data of different flame retardant-modified GF/PP composites are presented in Figure 5 , from which it is relatively intuitive to observe that the LOI of flame retardant-modified GF/PP shows an increasing trend with the increase in the flame-retardant content, and the type of flame retardant has a great influence on the LOI of FR/GF/PP.