Architectural Design and Affecting Factors of Jute‐Based Flame‐Retardant Textiles for Real‐World Applications

ABSTRACT Flame‐retardant textiles (FRTs) developed from jute provide a sustainable substitute for ensuring fire safety in a variety of settings. The architectural design endeavors to achieve a balance between durability, efficacy, and environmental impact by incorporating advanced FR materials with jute fibers. It can assist the textile industry in reducing the dependency on synthetic materials. As research advances, more real‐world applications and improved performance should be possible through optimizing its structural design and composition. Jute‐based FRTs have the potential to improve fire safety while utilizing sustainable materials in a variety of industries. This review work will examine the architectural design of FRTs made of jute in detail, focusing on the elements that specifically affect the composition and performance. It will also discuss the potential applications in different industries, including protective clothing, transportation, industrial safety equipment, and home furnishings. Additionally, the study will conduct a critical analysis of the present challenges and auspicious future opportunities related to the advancement of FRTs based on jute in terms of market adoption, efficacy, and sustainability.