When the flame retardant synergist is processed, the raw materials are mainly nitrogen-based, phosphorus-based compounds and metal hydroxides. When used, the function is to optimize physical properties, effectively improve the flame retardant effect, and cost and influence when used. Physical performance is large.
In order to reduce the amount of addition, the flame retardant synergist optimizes its physical properties during operation, effectively improves the flame retardant effect during use, plays a role in the entire flame retardant compatibility system, coordinates physical properties, and improves flame retardant effect. The role of cooperation. Generally, the synergist added amount is much less than the main flame retardant, reducing the amount of the main flame retardant.
Flame Retardant Synergists In some acid-sensitive polymers and polyester materials, the flame retardant synergist antimony trioxide will cause degradation of materials during processing. The sodium citrate has a low reactivity, and in these materials (such as PET, PBT and pc), it is not easy to produce process degradation.