1·Therefore, development prospect of conventional fire-retardant fibers, fire retardant and fire proofing methods are forecasted reasonably.
并合理预测了常规阻燃纤维、阻燃剂和织物阻燃整理方法的发展趋势。
2·A dilative inorganic fire proofing coatings based on water glass as binder has been prepared, which contains Aluminun hydroxide, Kaoline and Sodium Borate.
以水玻璃为成膜剂，以氢氧化铝、高岭土和硼砂等为填料，再掺入一些助剂，制得膨胀型无机防火涂料。
3·This paper relates the technology design of fire proofing polyester ATY for car decorative fabric. The weaving parameters of LT102 tyre rapier loom are introduced.
本文具体叙述阻燃涤纶ATY汽车用内饰织物的工艺设计，重点是提出LT102型剑杆织机的织造参数。
4·The coatings film will be dilatated when contacted to fire, forming a high dense and micro-porous fire proofing layer to prolong the fire retardant limit of steel structures.
由该涂料制得的涂层遇火发泡膨胀，形成具有一定厚度的密实微孔状阻燃层，从而提高了钢结构的耐火极限。
5·Pace of demandAntimony, the element most "at risk", is used extensively for fire proofing, but is deposited by hot fluids inside the Earth's crust and extracted mostly in China.
广泛用于防火的材料锑的需求加快，它也是最岌岌可危的元素，但元素沉积于地壳内的热流体，而且主要在中国提取。
6·This article has described the features, classification and composition of environmental friendly inorganic waterborne fire proofing coatings and reviewed its progress and development.
介绍了环保型无机水性防火涂料的特点、类别和组成，例举了代表配方，评述了进展动态和方向。
7·Especially when construction in winter, climate specially cold, outside the temperature below zero degree Celsius, the new constructed fire proofing coating is all easy to ruin by freezing.
特别是在冬季施工时，气候特别寒冷，室外气温都在零摄氏度以下，新施工的防火涂料极易冻坏。
8·This paper introduces the theoretical foundation and actual application status of anti corrosive primers, finish coatings and fire proofing coatings applied on space steel structures in detail.
本文较全面地介绍了在空间钢结构上适用的防锈底漆、面漆、防火漆的基础理论以及实际应用现状。
9·The utility model has good performance of high intensity, fire proofing, anti-solarization, moisture proofing, excellent ventilation, and no increase of impurity, and is not easy to become ageing.
本实用新型具有强度高、不易老化以及防火、抗晒、防潮、通风良好且不增加杂质的优良性能。
10·This ancient fire wall can no longer take the full burden of fire-proofing.
建筑的风火墙早已无法承担防火的重任了。