PP Foaming Flame Retardant Powder

Advantages of PP Foaming Flame Retardant Powder

• Offers flexibility in dosage. For copolymerized PP, the dosage ranges from 3 - 4%, while for homopolymer PP, it's 2 - 3%. This allows for optimized usage based on different PP types, potentially reducing costs while maintaining effective flame-retardant performance.

• Facilitates the incorporation of inorganic fillers. When used in both copolymerized and homopolymer PP, it can be combined with 10 - 15% barium sulfate or talc, along with a recommended 4 - 5% flame retardants. This enables the creation of more versatile and cost-effective composite materials.

• Enables the production of low-cost, high-performance products. It can produce black high-impact resistance flame-retardant PP products without the need for compound antimony oxide, especially when added at a proportion of 3 - 4% to new material PP. It also fits well in the homopolymer PP toughened POE modification system, expanding its application scope for cost-sensitive and performance-demanding markets.

Applications of PP Foaming Flame Retardant Powder

• Ideal for the flame-retardant modification of copolymerized PP. This makes it suitable for industries where copolymerized PP is widely used, such as in certain packaging materials, automotive interior parts, and some consumer goods that require flame-retardant properties.

• Applicable to homopolymer PP as well. It can be used in the production of various items like household appliances parts, construction-related plastic components, and some industrial products where homopolymer PP is the base material and flame-retardancy is a necessary feature.

• Useful in systems where inorganic fillers are added, such as in the manufacturing of engineered plastics for industries that demand enhanced mechanical properties along with flame-retardancy, like the electronics and aerospace sectors (for non-critical parts).

Features of PP Foaming Flame Retardant Powder

• Boasts excellent processing heat stability. This ensures that during manufacturing processes involving high temperatures, such as injection molding or extrusion, the product maintains its integrity and flame-retardant effectiveness, reducing the risk of product failure due to heat-induced degradation.

• Exhibits non-blooming properties. This means that during its service life, the flame retardant won't migrate to the surface of the PP material, which is crucial for maintaining the aesthetic appearance and surface quality of the final product, especially for products where visual appeal matters, like consumer electronics casings.

• Shows good water resistance and light aging resistance. These properties make it suitable for outdoor applications or in environments with high humidity, ensuring that the flame-retardant performance doesn't deteriorate over time due to exposure to water or sunlight, thus extending the lifespan of the PP-based products.

Details of PP Foaming Flame Retardant Powder