Antimony trioxide for building materials

1.Antimony trioxide for Flame-retardant can increase the oxygen index (LOI) of the composite material by 30-50%.
2.Antimony trioxide for Flame-retardant Remains stable within the processing temperature range of engineering plastics such as PP and PA.
3.Antimony trioxide for APCP An addition amount of 3-5% will be sufficient to achieve UL94 V-0 standard.
4.Antimony trioxide for APCP Does not affect the surface quality and post-processing performance of the composite materials.
5.Antimony trioxide for Flame-retardant compared with other flame-retardant systems, it can reduce the smoke production by more than 30%.

1.Antimony trioxide for fire-resistant coating Reduces toxic smoke and fumes compared to some phosphorus-based retardants, improving safety in enclosed spaces.
2.Antimony trioxide for fire-resistant coating Promotes a protective char layer that insulates the underlying material, delaying structural damage during fires.
3.Antimony trioxide for fire-resistant coating Works effectively with halogenated resins (e.g., chlorinated rubber, PVC-based coatings) to significantly suppress combustion.

1.Antimony trioxide for Polyolefin building materials Helps reduce smoke density compared to some phosphorus-based flame retardants, improving visibility and safety during fires.
2.Antimony trioxide for Polyolefin building materials Ideal for indoor building materials (e.g., cables, insulation, wall panels) where smoke toxicity is a concern.
3.Antimony trioxide for Polyolefin building materials Acts as a powerful synergist with halogenated compounds (e.g., PVC, chlorinated paraffins) to significantly improve flame resistance.