ECO-Friendly Materials
Made from Low-impact Recycle Materials
The recycle fabrics from Hong Li are made from renewable resources, and are manufactured by environmentally friendly processes that eliminate harmful emissions and waste. By using Eco-Friendly Materials, we can reduce carbon footprint, conserve natural resources, and promote healthier and more sustainable future for the planet.
Recycle Fabric
The recycled fabric used by Hongli utilizes recycled nylon fibers made from discarded bottles...
Gaphene Fabric
Graphene is a single-atom sheet composed of carbon atoms that exhibits exceptional thermal...
Polypropylene Thermal Fabric
Polypropylene fabric is one of the lightest synthetic fibers in existence, and it has excellent...
ECO-Friendly Materials | Eco Compression: Sustainable Performance Textiles | HONG LI
Located in Taiwan since 1994, Hong Li Textile Co., Ltd. stands out as a pioneering manufacturer in the textile industry, specializing in knitted and functional fabrics. Their product range includes ECO-Friendly Materials, advanced textiles for water sports, triathlon sports, and other applications, emphasizing eco-friendly and innovative solutions. Key offerings include Graphene Jacquard for thermal regulation, Eco Compression fabrics with excellent stretch and recovery, and lightweight yet sturdy Spacer fabrics. Their PP double layer honeycomb knits are characterized by insulation and thickness.
Established in 1994, Hong Li Textile Co., Ltd. Is one of professional knitting factory in Taiwan, founded with the mission of developing the best jersey fabric for neoprene lamination; hook and loop for protective gear; high stretch functional fabric for performance sportswear. Over 25 years in developing best jersey for neoprene lamination; the hook and loop for protective gear; high stretch functional fabric for performance sportswear.
HONG LI, HONGLI has been offering customers advanced textile materials, both with advanced technology and 25 years experience, HONG LI, HONGLI ensures each customer's demands are met.