ARMORTEX® Reflective fabric integrates reflective yarn and high tenacity Kevlar® yarn to enhance the overall strength of the fabric while providing reflective function to increase safety in the dark. The reflective effect remains after multiple times of washing giving users extra safety.
ARMORTEX® Reflective fabric integrate reflective yarns in intervals of 3mm and using special dyeing technique to create the dotted effect. The reflective effect remains after multiple times of washing giving users extra safety.
ARMORTEX® Reflective fabric has diamond pattern on its surface and incorporates 3M reflective yarns to enable 3D visual effect especially when shone with light in the dark. The reflective effect remains after multiple times of washing giving users extra safety.
ARMORTEX® Reflective fabrics are designed by incorporating reflective yarns during the weaving process creating the reflective effect on the fabric surface. We provide the option of 3M reflective yarn or non-branded reflective yarn, both of which can maintain great reflective effect after multiple times of washing.ARMORTEX® Reflective fabrics are often applied on garments to increasing visibility in the dark for personal safety. Depending on customers' needs, some common applications of our reflective fabrics include sports jacket, work wear, uniforms for public safety, footwear, baggage, safety gloves, etc.
- Nam Liong Group participated in the press conference of Tainan Municipal Government
The local enterprises of Nam Liong Group, in the fierce international competition environment, still adhere to the business philosophy and development ambition, not only show their proud...Read More
- Nam Liong and a number of banks joint credit signing ceremony
June 20, 2018Read More
The total amount of the Nam Liong Global Corporation,Tainan Branch. sponsored by the Land Bank was NT$750 million, and the fundraising case was completed. The signing ceremony...
- 2018 Taipei Cycle
Nam Liong Global Corporation,Tainan Branch is going to attend 2018 Taipei Cycle to present foam composite materials.Read More