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Flame Retardants
Flame Retardants | Heat-Flux Control using Antimony Tin Oxide (ATO)

Flame Retardants | Heat-Flux Control

Technical Summary

Antimony Tin Oxide (ATO) is evaluated in flame-retardant systems when an inorganic phase is needed to absorb IR/radiative heat (free-carrier loss) and help maintain a condensed-phase residue that supports barrier continuity during polymer decomposition.

Flame Retardants | Heat-Flux Control ATO enables flame retardants by absorbing IR/radiative heat via free carriers and sustaining an oxide-rich residue that supports condensed-phase barrier continuity during burning. Antimony Tin Oxide (ATO)

A Direct Answer

Direct Answer: Antimony Tin Oxide (ATO) enables this application by absorbing IR/radiative heat via free carriers and sustaining an oxide-rich residue that supports condensed-phase barrier continuity during burning.

BCHP for Smoke Suppression in PVC & Halogenated Polymers
Short answer (≤60 words):

Basic Copper Hydroxy Phosphate (BCHP) is an inorganic copper phosphate (often written Cu₂(OH)PO₄ / Cu₂HO₅P) used as a condensed-phase smoke-suppressant additive in PVC and related halogenated polymers. In fire exposure, copper chemistry can shift degradation toward more char and fewer smoke precursors. Boundary: performance depends on the full formulation and fire scenario.