Enter your details and we will send the requested document to your inbox.

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.

Anti-Static & Conductive Fabrics: How They Work & Uses
Anti-static and conductive fabrics: how they dissipate static electricity and where they are used.

Moments of Fire: How to Protect Yourself?
Wildfire Safety Tips Fire prevention awareness comes first, flame-retardant fabrics provide a shield. This guide will teach you how to…

Anti-UV Flame Retardant Fabrics and Textiles
Abstract. This article mainly introduces the importance of UV resistant fabrics, the principles and production processes of UV resistance, as well…

Antibacterial and Deodorizing Fibers and Textiles
Abstract: This article mainly introduces the importance and production methods of antibacterial and deodorizing fabrics and textiles, the classification of different antibacterial…

How Flame Retardancy Works in Textiles: 4 Mechanisms
The four main flame retardancy mechanisms in textiles: char formation, gas inhibition, cooling and intumescence.

How Flame Retardant Technology Applied In Polyester Fabric
Abstract: Based on the characteristics of poor permeability and flammability of ordinary polyester fabrics, this article will explore the processing technology…

The Eiffel Tower fire incident reveals the top 10 places where flame resistant textiles are essential.
Why are Flame Resistant Textiles so important? Let’s start with this news report: On December 24, 2024, the Eiffel Tower in Paris…

What Fabrics Are Both Flame Retardant And Waterproof ?
The Importance of Flame Retardant and Waterproof Properties in Fabrics Enhancing Safety Standards Through flame retardant waterproof fabrics, safety standards…

How To Use Flame-retardant Fabrics Protect Home Safety During Christmas
Increased Fire Risks During Christmas There are many reasons why Christmas equals a higher than-normal fire risk. Some common causes…

Flame Retardant Fabric Treatment: Types & How It Works
Flame retardant fabric treatments: durable vs non-durable, chemical types and how they stop ignition.
Flame Retardant Textile Solutions for Global Projects
Stay updated on flame retardant fabrics, international textile standards, new materials and application solutions for commercial and technical projects.Flame Retardant Specialist
Focused on flame retardant textile development since 2013.
In-House FR Lab
Supports fabric development, sample testing and internal performance checks.
Test & Document Support
Product-specific test reports available for different markets and applications.
B2B Project Supply
Samples, customization, confirmed specifications and bulk production support.

