High Purity Antimony Trioxide (Sb2O3): A Versatile Flame Retardant and Synergist
Enhance material safety and performance with high-purity Sb2O3, a key component in advanced industrial applications.
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Antimony Trioxide
Antimony trioxide (Sb2O3) is a critical inorganic compound valued for its exceptional performance as a synergist in flame retardant systems. When combined with halogenated compounds, it significantly enhances the flame resistance of various materials, playing a vital role in meeting stringent fire safety standards.
- Leverage Sb2O3 for PET plastic catalyst applications, ensuring efficient polymerization processes.
- Discover the uses of antimony trioxide in coatings, improving durability and fire resistance.
- Understand the precise antimony trioxide flame retardant mechanism for optimized material formulation.
- Benefit from the high purity of Antimony Trioxide, achieving superior results in demanding applications.
Key Advantages
Synergistic Flame Retardancy
When combined with halogenated compounds, Antimony Trioxide acts as a powerful synergist, drastically improving flame retardant properties and helping products meet safety regulations.
Catalytic Efficiency
Serving as a catalyst in organic synthesis, Antimony Trioxide contributes to more efficient chemical reactions, supporting advanced manufacturing processes.
Versatile Applications
From plastics and rubber to paints and glass, the wide-ranging applicability of Antimony Trioxide makes it an indispensable material across multiple industrial sectors.
Key Applications
Plastics and Rubber
Enhance the fire safety of polymers like PVC, PP, PE, PS, and ABS using Antimony Trioxide as a flame retardant synergist.
Paints and Coatings
Utilize Antimony Trioxide in paints and coatings for improved pigment and retardant properties, ensuring better material protection.
Glass Manufacturing
Functioning as a clarifier additive, Antimony Trioxide aids in the production of clear and high-quality glass products.
Electronics and Fiber Products
Incorporate Antimony Trioxide into electronic enclosures and fiber products to provide essential flame retardant characteristics.