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阻燃材料 Flame Retardant Material
一、介绍 Introduction
此阻燃剂是非磷非氮的环保阻燃剂，阻燃剂采用新型的三源技术结构设计，在高温下的三源结构相互反应，形成隔热隔温的效果。
This flame retardant is a non-phosphorus and non-nitrogen environmentally friendly flame retardant. The flame retardant adopts a new three-source technical structure design. The three-source structure reacts with each other at high temperature to form the effect of thermal insulation.
二、阻燃原理 The principle of flame retardant
当物体表面温度超过 200 度时，酸源与气源发生反应，产生氮气，同时碳源会在高温下产生碳化反应，形成一种碳化发泡膜，氮气在碳化层表面进行发泡，生成阻隔物体表面的热量和氧气的发泡板，从而达到阻燃的效果。
When the surface temperature of the object exceeds 200 degrees, the acid source reacts with the gas source to generate nitrogen gas, and the carbon source will produce a carbonization reaction at high temperature to form a carbonized foam film. The nitrogen is foamed on the surface of the carbonized layer to generate a barrier. The heat and oxygen on the surface of the foam board can achieve the effect of flame retardant.
三、实际案例 Actual Cases
After burning experiment
阻燃材料可以通过浸渍等方法应用在面料上，使面料也具备阻燃的性能。除此之外也可应用在其他需阻燃的地方，如木材等。
Flame retardant materials can be applied to fabrics by impregnation and other methods, so that the fabrics also have flame retardant properties. In addition, it can also be used in other places where flame retardant is required, such as wood.
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