FENC develops innovative products through multiple modes to create green opportunities and enhance competitiveness.
Product innovation at FENC is accomplished through the following two means：
1. Independent R&D units such as Far Eastern Group R&D Center (R&D Center) in Taiwan and Sharon Center in the U.S are established to develop next-generation products. With the assistance of the production and sales units, the products are then commercialized and marketed.
2. Internal product development department such as IDM is established to engage in close contact and in-depth communication with customers, identify their needs and develop products accordingly.
R&D Units at FENC
R&D Center and Sharon Center: Capturing Global Trends with Innovative Products
At R&D Center and Sharon Center, the mission is to lead the global textile industry with non-stop innovation and breakthrough through R&D. By integrating talents and resources; accelerating product development with added value; enhancing competitive edge; creating new corporate values, the Company will be known as a high tech enterprise in the polyester and textile industry.
Performance in R&D and Innovation
1. R&D Center was founded in 2001.
2. FENC acquired Sharon Center in the U.S. in 2018, and the transfer of patent ownership has been ongoing. Sharon Center received approval on 524 patents. As of the end of December 2020, ownership for 434 of them has been transferred.
Funds for R&D and Innovation and Revenue from New Products
Unit: NT$ million
Note: Revenue from new products are generated through the use of technology from the R&D Center or from technology transfer.
IDM: Accelerating Commercialization with Customer-centric Development
The world is changing at an accelerating pace. Brand owners are rolling out innovative products to win business opportunities and appeal to ultimate consumers. To pinpoint customer needs with precision, the Company integrates its R&D resources with core capabilities and established IDM in 2019, a R&D institute founded upon 7 technological platforms. IDM helps the Company to expand from the midstream polyester industry to the downstream textile apparel industry, and to accelerate the commercialization of product innovations with the design capability of COLAB.
Scope: 16 plants and 6 testing facilities in Taiwan, China, Vietnam and Japan.
7 Technological Platforms
Polyester and PU Polymerization
Develop monomers with bio-based, carbon reducing or other functional qualities that can be polymerized into PET macromolecules.
Develop polyester materials that are low carbon and permanently hydrophilic with enhanced softness and low-temperature dyability.
Modification and Synthesis for Dyes
Modify disperse dyes to enhance dispersion, thermal stability and dyability.
Develop solution-dyed nylon and reduce carbon footprints.
Polyester and Nylon Polyblend
Develop performance fabric added with novel ceramic additives to enhance product functions and wash durability.
Develop odorless polyester, anti-bacterial polyester, hydrophobic polyester, and UV protected polyester.
New Processing Technology for Spun Yarn
Develop special functional coating on fibers to enhance product performance and wash durability.
Develop hydrophobic fiber, hydrophilic fiber and profiled fiber.
Textile Analysis and Design
Pair elastic fiber with hydrophilic, hydrophobic or other functional fibers and enhance unique product features through computer jacquard loom.
Develop products with wickability and thermal insulation qualities that produce low microfiber pollution and the woven-like appearance.
Textile Coating and Laminating
Apply fluoride and solvent free adhesives for coating and laminating.
Develop polyurethane-reactive (PUR) adhesives and 3D stereo lamination.
Design and Synthesis of Processing Agent
Develop additives with bio-based or other functional qualities
Develop bio-soaping agent, bio-reducing agent, bio-deodorant and ultra wicking.
Special Products and Production
Reducing pollution with solution-dye nylon
IDM collaborates with FEFC and developed solution-dyed nylon. By adding color master batch during drawn work, the colors are evenly distributed on the fiber. Comparing to the conventional dyeing process, solution dye reduces GHG emissions by 60% and water consumption by 90%. Demand for chemical dyes, additives, water resources and wastewater treatment is dramatically decreased. The colors of solution-dyed nylon can be tailored to meet customers’ needs. This highly adaptive feature also reduces material costs associated with correcting color differences.
Breathing new life into scrap fabric with recycling technology
FENC has been recycling waste materials through mechanical methods without using any chemicals. The recycled materials are richly colored, hence giving remanufactured products unique color finishes without the dyeing process, which conserves energy and water. FENC has established waste recycling campaigns with brand owners to turn scrap fiber and recycled PET bottles into 100% recycled polyester. The waste materials are reborn, helping FENC fulfill its sustainable mission to reduce carbon footprints and eliminate waste.
Lowering reliance on petrochemicals with new polyester processing
FENC collaborated with LanzaTech in 2019, capturing carbon by turning exhaust gas from steel mills into alcohol, which is then catalyzed into ethylene glycol that is polymerized with PTA to form PET. Comparing to the conventional approach, this new production process emits 50% less GHG and 60% less acid gas; consumes 65% less water. In 2019, this new process was responsible for the making of 3rd generation bio-based High Tenacity Yarn (bHTY). In 2020, IDM utilized this technology for polyester textured yarn, which has won customer approval to be manufactured into apparels in the future and will reduce the world’s dependence on petrochemicals.