Jack J. Chin is the official technical expert and senior consultant at Begoodtex. He holds a Master’s degree from the Institute of Silk Studies, College of Materials and Textiles, Zhejiang Sci-Tech University, and has also pursued advanced studies abroad. Jack has been granted 1 invention patent and over 20 utility model patents, reflecting his deep expertise in functional masterbatch technology and flame-retardant fiber co-spinning processes.
He is proficient in applying masterbatch blending and spinning technologies to impart flame-retardant properties to fibers in a stable and eco-friendly manner, achieving a balance between performance, durability, and sustainability. With comprehensive research and practical experience in global textile testing standards (AATCC, ASTM, ISO, EN, JIS, GB/T), Jack has an exceptional understanding of international technical requirements and compliance frameworks.
In recognition of his continued innovation and outstanding contributions to the field of functional textiles, Jack received the “Outstanding Achievement Award” from the China National Textile and Apparel Council in 2018.At Begoodtex, he is dedicated to advancing the research and industrialization of high-performance flame-retardant and functional textiles, embodying the company’s core values of safety, innovation, and environmental responsibility.
Aramid is one of the safest FR fibers (non-toxic, OEKO-TEX® certified). But is it "green"? We explore the paradox of its energy-intensive production vs. its eco-friendly durability.
Aramid isn't just for PPE. Why is it the required material for everything from airline seats to stage curtains? We explore the 4 critical industries that depend on its inherent FR properties.
"Flame retardant" isn't a vague promise; it's a quantifiable metric. Aramid's "no-drip" (d0) and "low-smoke" (s1) properties make it a benchmark material for passing the world's toughest FR tests. Here’s why it complies.
One FR fabric offers permanent protection. The other can fail after just one wrong wash. Understanding the critical difference between Inherent FR (Aramid) and Treated FR (Cotton) is essential for safety.
Both are high-performance Aramids, but one stops fire while the other stops bullets. Why are their applications so different? We dive into the molecular structure to reveal the answer.
The core reason aramid (Aramid) does not burn lies in its unique “Inherent Flame Resistant” (IFR) property. This originates from…
In high-risk fields such as firefighting, aerospace, military, and industrial manufacturing, the requirements for protective materials go far beyond “usable”—they…
Nylon fabric is favored for its durability and versatility, but when it comes to fire safety, it hides a critical…
In any theater, concert hall, school auditorium, or public event space, the stage curtain is the audience’s focal point. It…
The Flammability of Linen Is Linen Flammable? Yes, linen is classified as a flammable textile. It is a natural plant fiber,…
