The intimate apparel industry is at a turning point, shifting from experience-driven to science-quantified development. The strategic cooperation between the China Textile Information Center and the sensory apparel brand Banan Inner, officially signed in Shenzhen, focuses on digital color, sensory science research, testing control, standard certification, and talent cultivation. This partnership is not merely an alliance between two organizations; it signals a fundamental change in the competitive dimensions of the underwear and loungewear sectors—moving from style and price competition to a contest over sensory science and standard-setting power.
Background
The core of this cooperation is to co-build Banan Inner's digital color asset library and implement full-chain color digital management. This means color management will be liberated from designers' personal experience, becoming a quantifiable and reproducible industrial language. For the supply chain, color digitization directly relates to sampling efficiency and batch stability, significantly reducing rework costs caused by color differences. The China Textile Information Center's long-accumulated COLORO color system and trend research capabilities precisely fill the gap in color science for consumer brands.
More notably, the two parties will jointly tackle key technologies for evaluating sensory comfort in intimate apparel and publish industry trend white papers and special research results. Banan Inner's five-dimensional comfort research framework—temperature, humidity, touch, pressure, and prevention—provides an operable analytical dimension for sensory evaluation. Once these research outcomes transform into universal technologies and industry standards, they will completely change the current "by-feel" status of comfort evaluation in intimate apparel, pushing product assessment from subjective descriptions to objective data.
Industry Impact
For upstream fabric and yarn enterprises, the establishment of sensory evaluation standards means a clearer direction for R&D. In the past, when developing new skin-friendly or temperature-regulating fabrics, enterprises often lacked unified performance verification methods, causing high-quality products to struggle in gaining premium pricing in the end market. If sensory comfort evaluation technology matures and becomes an industry-wide standard, the functional indicators of fabrics will directly link to end-market pricing, forcing upstream players to increase investment in sensory science.
For downstream brands and buyers, the combination of digital color asset libraries and standard certification systems will significantly reduce communication costs across regions and factories. Buyers can compare suppliers horizontally based on unified color and comfort standards, reducing disputes caused by subjective judgment. Meanwhile, the implementation of standard certification will also provide new compliance leverage for foreign trade enterprises. Especially in meeting the increasingly stringent environmental and safety requirements of European and American markets, a scientific sensory evaluation system helps enhance the international credibility of products.
This cooperation opens a channel linking industry public innovation resources with consumer brands, and its demonstrative significance transcends a single enterprise. It shows that industry-academia-research collaboration is not just a concept on paper but can be concretely implemented in actionable projects such as color management, testing upgrades, and joint talent cultivation. For the entire garment industry, this marks a leap from product-level improvement to system-level upgrading driven by scientific quantification.