When simulated plush transitions from mere appearance to true fidelity, fabric makers compete not just on hand-feel and luster. At the 2026 Intertextile autumn/winter fair, Lianyungang Yingyou Xinlicheng Textile Technology Co., Ltd. responded with eight series and over one hundred new products, revealing a deep integration of differentiated raw materials, CNC weaving, and clean dyeing. For buyers, this marks an era of dual verification—performance and sustainability—for fleece fabrics.
Technological Breakthrough: From Mimicry to Biomimicry
The faux獭兔毛 series uses multi-lobed/multi-groove high-profile FDY polyester filaments, combined with CNC weaving and specialized finishing, to replicate the delicate texture of natural獭兔毛 while solving common issues like shedding and wrinkling. This implies that simulated fabrics are no longer just visual substitutes but functional materials with memory-free and self-recovering properties. The high-low mink toy series recreates natural mink texture through layered pile, extending into AI-enabled toys with voice interaction, indicating a shift toward intelligent and experiential applications.
The ribbed series covers full specifications from 2.5cm to 11cm, using AB yarn differentiation and combinations of matte, semi-matte, and bright yarns to create rich luster layers. The upgraded double-sided rabbit fur series offers fabric weights from 250g to 900g, balancing drape and wrinkle resistance. These data points reflect precise positioning for market segments—from apparel to home textiles, toys to decoration, the application boundaries of fleece are expanding.
Green Processes: Flash Dyeing Reshapes Production Logic
The breakthrough in imitation carved ecological velvet deserves attention. Traditional carving requires dyeing first then stripping, but this product uses multifunctional eco-friendly dye-resist agents that precisely block dye uptake while protecting fibers, deeply integrated with the company's proprietary flash dyeing technology, achieving both environmental protection and efficient mass production. This means chemical usage and wastewater discharge in dyeing could be significantly reduced, offering a replicable green path for fleece production. The spandex rabbit fur printing series incorporates spandex to impart high elasticity, breaking the restrictive feel of traditional plush, becoming a hit at the fair and reflecting dual demands for comfort and functionality.
The extra-wide multi-layer multi-color jacquard fleece presents 3D relief effects, targeting high-end home soft furnishing and commercial space decoration. The cross-border warm jade velvet series combines DTY and FDY processes to mimic multi-quality effects, lightweight, warm, and soft. These innovations all follow the same logic: reconstructing performance boundaries of fleece through differentiated materials and processes.
Industry Impact: Escalating Competition in High-End Fleece
Yingyou Xinlicheng operates a 200,000-ton plush production base and has earned honors including National Green Factory and First Prize of China National Textile and Apparel Council Science and Technology Progress Award. Its imitation carved ecological velvet and extra-wide jacquard fleece were recognized in Jiangsu Province's "Three Firsts and Two New" program. These credentials imply that technical depth and green certification have become thresholds for international competition in high-end fleece. For buyers, supplier selection must go beyond sample evaluation to examine technical systems and environmental compliance.
Consumer demand for simulated, green, and differentiated plush continues to rise. Leveraging a complete industry chain, the company balances texture, practicality, and environmental standards. This strategy pressures small factories—those lacking independent raw material development and dyeing innovation may be squeezed into low-end homogeneous competition. For foreign traders, stringent chemical regulations in markets like the EU make flash dyeing and other reduction processes potential hidden advantages for export orders.