Begoodtex IFR Slub Fiber features a biomimetic micro-crimp for wool-like loft and linen texture, delivering permanent no melt-drip fire protection to NFPA 701 and EN ISO 11612 standards.
In-depth analysis of 7 key Flame Retardant Fabric Applications (Hospitality, Healthcare, Expo, etc.). Compare IFR vs. TFR and master NFPA 701 compliance for safe sourcing.
In flame-retardant textiles, the decision between inherent and treated FR fabrics is more than a technical distinction—it directly impacts protection, durability, and compliance. While both serve essential roles,inherent FR fabrics offer more reliable long-term performance, especially in high-risk, high-wear settings. Treated FR fabrics…
Safety Technology Features: Synergy Between Flame Retardants and Elastic Fibers Techniques for Embedding Flame Retardants into Spandex Fibers Integrating flame retardants into spandex fibers requires advanced techniques to ensure the material maintains its elasticity while achieving fire-resistant properties. The process often…
Reactive Flame Retardant Polyester Key Technical Features Reaction Between Flame Retardant and Polyester Fibers Reactive flame retardant polyester is engineered to achieve permanent flame retardancy by integrating flame retardants directly into the molecular structure of polyester fibers during production. The…
Advocating for the Environmental and Flame-Retardant Properties of Natural Fibers Highlighting the Environmental Attributes of Wool Fabric Wool, a natural fiber derived primarily from sheep, boasts numerous environmental benefits. Its production is renewable and sustainable, as sheep grow new fleece annually,…
Principles and Materials of Blackout Curtain Fabrics Blackout curtain fabrics materials are designed to block out light to enhance privacy and save energy consumption efficiently due to the fabrics composition. Three-layer Natural Flame-retardant Polyester Yarn Blackout curtain fabrics often incorporate a…
In 2024, the global flame-retardant fabric market sales reached $1.319 billion, and it is expected to reach $1.625 billion by 2031, with a compound annual growth rate (CAGR) of 3.1% from 2025 to 2031. Understanding the trends in the flame-retardant…
Processing of Flame Retardant Wool Fabric Creating flame-resistant wool fabric requires going through a series of steps to guarantee that the material attains its intended characteristics. Shearing Process At the start of the process, sheep undergo shearing to gather wool,…
Potential Hazards of Static Electricity in the Workplace The Nature of Static Electricity and Its Risks Electricity that stays in one place is often seen in work settings where there is an uneven distribution of electrical charges inside or outside…
Abstract. This article mainly discusses the research and principles of waterproof and oilproof fabrics and introduces the production process and testing performance of mainstream waterproof and oilproof fabrics. BEGOODTEX flame-retardant fabrics also incorporate waterproof and oilproof technology, providing comprehensive fabric protection.…
From an ordinary bundle of fibers to a legendary flame-resistant fabric, the manufacturing process feels almost magical. The creation of a flame retardant fabric can follow two distinct paths: Flame-retardant fiber technology (Pre-treatment flame retardant method) and Fire Retardant Treated Technology (Post-treatment flame retardant technology).…
