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Dstone Materials Char-Forming Additives: Halogen-Free, Stable Char Formation for Fire Safety

Dstone Materials Char-Forming Additives: Halogen-Free, Stable Char Formation for Fire Safety

Dstone Materials char-forming agents are halogen-free, eco-friendly additives that quickly form a stable carbon layer under high heat. They enhance fire resistance, block heat and oxygen, and provide critical time during fires. Suitable for construction, furniture, automotive, and electronics applications, these agents improve safety while maintaining material performance.

Dec 01,2025

Improving Fire-Resistant Coatings with Ceramizable Flame Retardant Additives

Improving Fire-Resistant Coatings with Ceramizable Flame Retardant Additives

Discover how ceramizable flame retardant additives and ceramic-forming, ablation-resistant additives enhance char stability, thermal protection, and fire-resistant coating performance.

Nov 15,2025

Product Introduction | Flame Retardant Synergist – Antimony Trioxide Substitute (ATO Replacement)

Product Introduction | Flame Retardant Synergist – Antimony Trioxide Substitute (ATO Replacement)

Antimony trioxide(Sb₂O₃)is one of the most widely used inorganic flame retardant synergists today.With its excellent synergistic flame-retardant properties,it can be efficiently combined with halogenated compounds(such as brominated flame retardants)to significantly enhance the fire resistance of materials.It is widely used in various fields including plastics,textiles,and building materials.However,its drawbacks are also very apparent:large price fluctuations,non-environmental friendliness,and limited resources.

Nov 15,2025

Ceramizable Ablative Agents: Char Formation, Ceramic Layer, and High-Temperature Protection

Ceramizable Ablative Agents: Char Formation, Ceramic Layer, and High-Temperature Protection

What is a Ceramicizing Ablative Agent?A ceramicizing ablative agent is a material that can form ceramic-like substances in high-temperature environments and has excellent ablative resistance properties.It usually consists mainly of silicon-based materials.Under flame roasting or high-temperature conditions,it can generate a carbon layer or a ceramic-like hard shell on the material's surface.This effectively isolates oxygen and heat,preventing the material from melting and dripping,thereby achieving heat insulation and flame retardancy.This material not only has good ablative resistance but also enhances the mechanical properties,heat resistance,chemical resistance,and weather resistance of the material.

Nov 15,2025

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