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Small Particle Intumescent Ammonium Polyphosphate Flame Retardant

Retardante de llama de polifosfato de amonio
November 27, 2025
Category Connection: Polifosfato del amonio ignífugo
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Tags:
#Polifosfato del amonio ISO9001 #No fase II del polifosfato del amonio del halógeno #Fase II del polifosfato del amonio TF-201
Brief: Get a guided demo that shows common workflows and troubleshooting tips for Small Particle Intumescent Ammonium Polyphosphate Flame Retardant. This video provides a detailed walkthrough of its applications in coatings, plastics, and textiles, demonstrating how its low viscosity and high thermal stability enhance flameproof performance in various industrial settings.
Related Product Features:
  • Features a small average particle size (D50 < 12µm) for improved dispersion and performance.
  • Exhibits very low viscosity in water and polyol suspensions, ideal for polyurethane applications.
  • Has a high decomposition temperature exceeding 275°C, ensuring thermal stability.
  • Contains high levels of P2O5 (≥70%) and Nitrogen (≥14%) for effective intumescent flame retardancy.
  • Offers low solubility in water (<0.7%) and a near-neutral pH for broad compatibility.
  • Widely used in intumescent coatings for wood, buildings, ships, and cable flameproofing.
  • Serves as a primary flame retardant additive in plastics, resins, rubber, and textiles.
  • Can be formulated into powder extinguishing agents for forest, oil field, and coal field fires.
Las preguntas:
  • What are the primary applications of this ammonium polyphosphate flame retardant?
    It is used to prepare high-efficiency intumescent coatings for wood, buildings, ships, and cables; as a main flameproof additive in plastics, resins, and rubber; in powder extinguishing agents for large-area fires; and for textile coatings.
  • What is the key advantage of the small particle size in TF-201S?
    The small average particle size (D50 < 12µm) ensures better dispersion in formulations, leading to more uniform flame retardancy and improved performance in coatings and composite materials.
  • How does the low viscosity of this flame retardant benefit polyurethane applications?
    The low viscosity (＜20 mpa.s in 10% aqueous solution) allows for easier mixing and processing in polyol suspensions and polyurethane systems, enhancing workability without compromising flame retardant efficacy.
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