News

As the year-end sprint begins, Taixing Co., Ltd. is focusing on its core goal of "zero injuries and zero accidents," and with a strong sense of responsibility, it is deeply integrating winter safety risk prevention and control with its 100-day safety campaign.

Although the halogen antimony synergistic flame retardant system has dominated the market for decades, the environmental regulatory pressure, toxicity disputes, and negative impact on material properties it faces are driving global flame retardant science to innovate towards cleaner and more efficient directions.

In the world of flame retardants, antimony trioxide (Sb₂O₃) plays a unique and irreplaceable role: it is not the traditional "main flame retardant", but an efficient "chemical multiplier" or "reaction catalyst". The effectiveness of its flame retardant depends strictly on its coexistence with halogens (chlorine or bromine).

In the field of flame-retardant materials engineering, the application of antimony trioxide (Sb₂O₃) has always been accompanied by significant performance trade-offs. It serves as both a "multiplier" for enhancing halogen-based flame retardancy and a "double-edged sword" that may compromise the overall performance of materials.

Melamine Cyanurate Granular (MCA) is a specialized form — the granular grade — of melamine cyanurate, widely used as a halogen‑free flame retardant with excellent thermal stability and smoke suppression. In this comprehensive guide, we will explore the properties, mechanisms, applications, benefits, selection criteria, and industry relevance of this material, with detailed FAQs and references from industry sources.

On December 17th, the technical transformation project of Taixing Co., Ltd.'s aluminum hypophosphite (AP20) flame retardant production line and the warehouse project successfully passed the completion acceptance inspection by the new materials company.