Trend Watch For AW26/27, mulberry silk blends are no longer framed as a mere substitute for pure silk. Over the past two seasons, brands have grown cautious about pure mulberry silk: high cost, difficult care, and lead times hostage to climate and cocoon yields. Blends solve this by using silk as the face and synthetics as the backbone, separating luster and drape from body and stretch. This directly answers mid-to-high-end womenswear's dual demand: looks expensive, wears easy.
Three fiber directions are taking shape. First, mulberry silk interwoven with recycled polyester, with silk content between 18% and 35%, balancing luster and wrinkle resistance for shirts, dresses and light outerwear. Second, silk blended with bio-based nylon such as castor-based PA11 or recycled PA6, emphasizing skin comfort and coolness for knit bases and fitted dresses. Third, silk wrapped or interwoven with elastane or bio-based elastomers, solving silk's deformation and snagging issues for commuter suiting.
In structure, AW26/27 favors double-layer heterogeneity: a high-density silk satin or twill face, a fine-denier synthetic plain or mesh back, connected by binding points to create a glossy side and a matte side. Such fabrics need no separate lining, cutting processes and weight, which appeals strongly to accessible luxury brands.
Color and finishing are upgrading in parallel. Plant dyes, mineral dyes and low-temperature dyeing keep colorfastness while cutting energy use. Micro-crepe, sand-washing and bio-enzyme polishing give an old-yet-new texture that aligns with the season's retro-futurist mood.
Industry Impact The Shengze-Hangzhou linkage is the key variable in this blend innovation. Hangzhou's sericulture and reeling enterprises supply high-grade raw silk and silk wadding, while Shengze's weaving cluster excels at dobby jacquard, air-jet and rapier interweaving. Together they form a natural division of labor from raw material to weaving to finishing. In recent years, several Shengze mills have set up fabric R&D outposts in Hangzhou to rapidly sample silk blend ratios, twist levels and structures before bulk production back in Shengze.
The direct result is shorter lead times and lower minimums. Pure silk orders once required 3,000 meters or more, while blends can start at 800 to 1,500 meters, letting small designer brands enter the silk category. Shengze's dyeing and finishing support also enables small-batch, multi-color production, allowing export clients multiple replenishment rounds within a season.
For mid-to-high-end womenswear, blends open up price bands. The ex-factory cost of a silk-blend shirt is roughly 55% to 70% of pure silk, while the visual and tactile gap remains acceptable to consumers. Brands can therefore keep retail prices in the accessible luxury range while retaining the silk selling point. On the export side, European and Japanese buyers are most receptive to silk-plus-recycled-polyester, especially with GRS and OEKO-TEX certification.
Challenges are equally clear. Binding-point strength, dye uniformity and shrinkage control remain technical hurdles. Some mills over-raise synthetic ratios to cut costs, dulling the luster and hurting the mid-to-high-end positioning. Shengze-Hangzhou collaboration must therefore extend beyond capacity into standard-setting and mutual testing recognition.