This document compiles key flame-retardant standards worldwide, providing a comprehensive reference for manufacturers, suppliers, and regulatory bodies.

Flame-retardant fabrics involve various technical terms in testing, representing different requirements. Here are 10 common terms to help understand their characteristics and standards.

This article focuses on the military uniform fabrics used by the armed forces, exploring their historical evolution, material characteristics, critical requirements, and future development trends. It delves into the science and technology behind military uniform fabrics, highlighting their vital role in ensuring national security and protecting soldiers' lives.

Both flame retardant (Flame Retardant) and fire resistant (Fire Resistant) fabrics are commonly referred to as "FR," but are they truly identical? Flame retardant fabrics slow down the spread of flames, while fire-resistant fabrics resist the flames themselves. They may seem similar but are fundamentally different—like brakes compared to a wall. So, what exactly sets them apart?

Fire prevention awareness comes first, flame-retardant fabrics provide a shield. This guide will teach you how to protect your life and property when fire strikes.

On December 24, 2024, local time, a fire caused by an electrical short circuit broke out at the Eiffel Tower, a landmark in Paris, France, leading to the evacuation of 1,200 people. Although no casualties were reported, the incident highlighted the crucial role of flame-retardant textiles in fire prevention and control.

From raw fibers to flame-resistant fabric, the journey is near-magical. There are two paths: Flame-retardant fiber tech and Fire Retardant Treated. Each has unique traits suited for different uses. We'll detail their full processes, pros/cons, and how they transform ordinary materials into safe, stylish fabrics.