Jiangsu Textile Research Institute Inc.

Evaluating the performance of flame retardant fabrics is not simple and requires a comprehensive consideration of multiple factors. This article will discuss how to comprehensively evaluate the performance of flame retardant fabrics from multiple perspectives to help you choose the most suitable flame retardant fabric.

First of all, flame retardant grade is one of the important indicators for evaluating the performance of flame retardant fabrics. Usually, the flame retardant grade of flame retardant fabrics is evaluated by complying with specific standards, such as the European EN ISO 11612 standard, the American NFPA 2112 standard, etc. A higher flame retardant grade represents better flame retardant performance and greater ability to resist fire.

Secondly, the flame retardant mechanism is also one of the key factors affecting the performance of flame retardant fabrics. The type and method of adding flame retardants will directly affect the flame retardant effect and performance of the fabric. Common flame retardants include phosphorus, nitrogen, bromine, etc. They have different flame retardant mechanisms and characteristics, so it is necessary to choose the appropriate flame retardant according to specific needs.

Durability is another important indicator for evaluating flame retardant fabrics. Flame retardant fabrics need to withstand multiple cleanings, wear and tear, so their durability is crucial. Performance indicators such as stretch resistance and abrasion resistance can be used to evaluate the durability of flame retardant fabrics.

In addition, the thermal stability of flame-retardant fabrics is also a key consideration. Whether the fabric can maintain its flame retardant properties in high temperature environments is directly related to its application effect in fire. The thermal stability of flame-retardant fabrics can be evaluated through methods such as heat treatment tests.

The toxicity of flame retardant fabrics is an issue that needs attention. Flame retardants may have an impact on human health, so it is necessary to ensure that flame retardant fabrics comply with relevant toxicity testing standards to ensure the safety of users.

Finally, depending on the specific usage scenario, other performance indicators of flame-retardant fabrics need to be considered, such as breathability, comfort, etc. By comprehensively considering the above factors, we can more accurately evaluate the performance of flame-retardant fabrics and select suitable flame-retardant fabrics for specific application scenarios to ensure people's safety and property protection.