Overview of Advanced Flame Retardant Solutions

Flame Retardant & Functional Material Solutions for polymers, including halogen-free, ceramizable, antimony trioxide-free, and anti-dripping solutions.


Ablation-Resistant Ceramizable Flame Retardant Solutions

These solutions use ceramizable additives to provide polymers with high-temperature ceramic formation. They resist ablation above 500℃, block heat transfer, suppress flame propagation, and maintain structural integrity. Eco-friendly, low-smoke, and non-toxic.

Antimony Trioxide-Free Flame Retardant Solutions

ATO-free solutions enhance flame retardancy by promoting carbonization, capturing free radicals, and reducing antimony trioxide usage. They maintain polymer mechanical properties, improve oxygen index, and offer high-efficiency, environmentally responsible fire protection.

Eco-Friendly Halogen-Free Flame Retardant Solutions

Halogen-free solutions combine multi-element flame retardant systems to achieve V-0 fire rating at low loading. They reduce heat release and smoke, preserve mechanical and electrical properties, and provide sustainable fire safety for automotive, electronics, and construction applications.

Eco-Friendly PFAS-Free Anti-Dripping Solutions for Polymers

These anti-dripping solutions form dense char networks during combustion, preventing molten polymer drops and secondary fire. Low-smoke, non-toxic, recyclable, and compatible with polymer mechanical and aesthetic properties for electronics, automotive, appliances, and construction.

Smoke Suppression and Enhanced Char Formation Solutions

Smoke suppression solutions catalyze dense char layers at high temperature, reducing smoke density by over 60% and lowering toxic gas release. Continuous porous char limits heat release by 50%, providing low-energy, sustainable fire safety for wires, electronics, and construction materials.

Functional Material Solutions

Functional materials solutions offer insulation, thermal resistance, low dielectric, mechanical reinforcement, corrosion and wear resistance, and lightweighting options tailored to specific polymer applications and customer needs.