Redefining Polymer Flame Retardant Safety Standards
As environmental regulations become increasingly stringent and safety requirements continue to rise, traditional halogen-based flame retardants are facing obsolescence. IOTA 9502 Vinyl POSS, with its unique inorganic-organic hybrid structure, provides an efficient, environmentally friendly, and halogen-free flame retardant solution for materials such as epoxy resins, polyesters, and polyamides.

Triple Flame Retardant Mechanisms, Building Multidimensional Protection

 Ceramic Barrier Effect
POSS decomposes at high temperatures to form a dense silica ceramic layer, effectively blocking heat and oxygen transmission.

 Gas Phase Regulation via Blow-Out Effect
By designing side-chain functional groups, the composition of decomposition gases can be regulated to achieve synergistic gas-phase flame retardancy.

 Nanoscale Synergistic Enhancement
Compounding with two-dimensional materials such as graphene and boron nitride builds a "solid-gas" dual-phase flame retardant network.

Core Product Advantages

 Environmentally Friendly and Halogen-Free
Completely free of halogen elements such as bromine and chlorine, compliant with international environmental standards such as RoHS and REACH.

 Highly Efficient Flame Retardancy
Minimal addition (3–8%) significantly improves material flame retardancy ratings, achieving UL94 V-0.

 Balanced Performance
While enhancing flame retardancy, it maintains the mechanical properties of the base material, avoiding performance degradation caused by traditional flame retardants.

 Processing-Friendly
White powder is easy to disperse, compatible with most polymers, and does not affect existing processing techniques.

Technical Parameters

Application Areas

 Electronics and Electrical Industry

• Flame retardant modification of circuit board substrates

• Electronic components such as connectors and sockets

• Protective materials for electric vehicle battery packs

 Construction and Transportation Fields

• Flame retardant materials for high-speed rail and aircraft interiors

• Flame retardant upgrades for building insulation materials

• Lightweight flame retardant components for new energy vehicles

 Specialty Protective Materials

• Protective gear for firefighters

• Flame retardant cables for data centers

• Flame retardant coatings for military equipment

Usage Solutions

1. Direct Blending: Recommended dosage: 3–10%, thoroughly mixed with the resin matrix.

2. Surface Treatment: Use after silane modification to improve dispersibility and interfacial interaction.

3. Synergistic Systems: Compound with phosphorus or nitrogen-based flame retardants for synergistic enhancement.

Packaging and Services

• Packaging: 1 kg / 5 kg / 25 kg options available

• Storage: Store at room temperature in a dry place, avoid moisture absorption

• Technical Support: Full-process services including formulation development and process optimization