Multi-elements based hybrid (i.e., organic/inorganic) flame retardant compounds, namely phenyl dichlorophosphate (PDP) based two different engineered structures synthesized with (3-Aminopropyl) triethoxysilane (APTES) (i.e., containing P, N and Si) and boric acid-doped-APTES (BA-d-APTES) (i.e., containing P, N, Si and B) were considered in escalating the fire performance of polyamide 66 (PA66) textiles. All the treated fabrics irrespective of type and loading % (i.e., 5–10 wt. %) of flame retardant compounds exhibited better thermal stability at a higher temperature range and produced enhanced charring. In line, such treatment increased the limiting oxygen index (LOI) value by up to 25.5 % for the fabric sample modified with 10 wt. % of PDP-APTES (i.e., PA66-PDP-A-10W). Moreover, the applied finishing diminished the serious dripping of PA66 textiles completely and brought a significant reduction in the peak heat release rate (pHRR) by 34 % along with a slight reduction in the total heat release rate (THR) by about 5 %. Even more, such treatment left a negligible impact of mechanical properties of treated textiles while offered a considerable durability against home laundering. Thus, these multi-elemental based hybrid compounds optimized in the condensed phase mechanism were found to be an effective flame retardant for PA66 textiles.

基于多元素的杂化（即有机/无机）阻燃剂化合物，即基于苯基二氯磷酸酯（PDP）的两种不同的工程结构，这些结构是由（3-氨基丙基）三乙氧基硅烷（APTES）（即包含P，N和Si）和硼酸合成的在提高聚酰胺66（PA66）纺织品的耐火性能时，考虑使用酸掺杂的APTES（BA-d-APTES）（即包含P，N，Si和B）。所有处理过的织物，无论其阻燃化合物的类型和含量（即5-10 wt。％）如何，在较高的温度范围内均表现出更好的热稳定性，并增强了炭黑。顺便说一句，对于用10 wt。％改性的织物样品，这种处理将极限氧指数（LOI）值提高了高达25.5％。PDP-APTES（即PA66-PDP-A-10W）的百分比。此外，所应用的整理剂完全消除了PA66纺织品的严重滴落，使峰值放热率（pHRR）显着降低了34％，总放热率（THR）略有降低了5％。甚至，这种处理对处理过的纺织品的机械性能的影响可忽略不计，同时提供了抵御家庭洗涤的相当大的耐久性。因此，发现在缩合相机理中优化的这些基于多元素的杂化化合物是PA66纺织品的有效阻燃剂。这样的处理对处理过的纺织品的机械性能的影响可以忽略不计，同时提供了抵御家庭洗涤的相当大的耐久性。因此，发现在缩合相机理中优化的这些基于多元素的杂化化合物是PA66纺织品的有效阻燃剂。这种处理对处理过的纺织品的机械性能的影响可忽略不计，同时提供了抵御家庭洗涤的相当大的耐久性。因此，发现在缩合相机理中优化的这些基于多元素的杂化化合物是PA66纺织品的有效阻燃剂。