Trend Observation
In A/W 2026-27, biological enzyme finishing is transitioning from lab-scale to industrial adoption. Surging global demand for “non-toxic” and “low-carbon” textiles pushes brands to reconsider conventional chemical softening. Enzyme finishing utilizes cellulase, protease, and other bio-catalysts to selectively modify fiber surfaces, achieving softness, luster, and anti-pilling without large amounts of silicone oils or resins.
This aligns with EU Textile Strategy and China’s “dual-carbon” policy. The EU plans to restrict hazardous chemicals in textiles from 2025; enzyme finishing, as a bio-based process, reduces wastewater BOD/COD by 30-50% and energy consumption by 20-40%. At major A/W 2026 fabric fairs in Paris and Milan, numerous exhibitors highlight “enzyme treatment” as a core selling point, blending “natural skin-friendly” with “luxurious touch.”
Enzyme softening is particularly effective on cellulosic fibers like cotton, linen, Tencel, modal, and protein fibers such as wool and silk. By precisely controlling enzyme concentration, temperature, and pH, mills can tune hand feel from “silky smooth” to “plush fluffy.” Moreover, compound enzyme formulations (e.g., cellulase + hemicellulase) perform both polishing and softening in one step, shortening process times and reducing water consumption.
Notably, A/W 2026 emphasizes a “touch-first” design ethos—consumers seek comfortable, warm, low-irritation wear. Enzyme finishing imparts a “second-skin” softness while avoiding allergies from chemical softeners. Thus, this technique finds wide applications in babywear, lingerie, loungewear, and premium knits.
Industry Impact
For the supply chain, enzyme finishing transforms the traditional chemical-dependent model. Mills can reduce purchases of anionic/nonionic softeners and silicones, switching to biodegradable enzyme preparations. Although enzyme cost per kg is higher, dosage is 1/5 to 1/10 of chemicals, and mild reaction conditions (50-60°C, pH 4.5-7.0) lower overall costs by 15-25%.
On the other hand, enzyme finishing helps brands build “transparent supply chains.” With third-party certifications (e.g., OEKO-TEX®, ZDHC), enzyme-treated fabrics can be labeled “free of hazardous chemicals,” meeting stringent sustainability documentation from European and American retailers. By A/W 2026, over 50% of international brands are expected to include enzyme finishing in their ESG reports under “green processes.”
Challenges remain. Enzyme activity is sensitive to process fluctuations, requiring precise control of temperature, time, and mechanical action. Some enzyme formulations have limited shelf life (6-12 months) and need cold-chain logistics. Additionally, enzyme finishing for synthetics (e.g., polyester, nylon) is not fully mature, restricting use in blended fabrics.
Practical Recommendations
For Buyers and Brands - Require suppliers to provide detailed technical parameters of enzyme finishing (enzyme type, dosage, time, temperature) and third-party eco-certificates. - In A/W 2026 development, prioritize fabrics treated with “cellulase + hemicellulase” compound for both softness and anti-pilling. - Collaborate with suppliers on “enzyme treatment cost-benefit analysis,” comparing full life-cycle carbon emissions and costs with conventional processes to support procurement decisions.
For Mills and Dyeing Houses - Invest in online pH/temperature monitoring systems to stabilize enzyme reaction conditions. Recommend using “liquor circulation” equipment to enhance enzyme utilization. - Train technical teams on enzyme activity measurement methods (e.g., DNS assay) and regularly test activity to avoid waste from inactivation. - For cotton/Tencel blends, develop “one-bath” enzyme polishing + softening process, reducing cycle time to 2-3 hours and water consumption by 30%.
For Designers and R&D - Experiment with different enzyme dosages: low (0.5-1.0 g/L) yields a “mercerized feel,” medium (1.5-2.5 g/L) produces “peach-skin,” and high (3.0-4.0 g/L) achieves “ultra-soft hand.” Create sample cards for client selection. - Align with A/W 2026 color trends (e.g., “soft mist gray,” “warm milk white”)—enzyme treatment improves color vibrancy and reduces color shifts caused by chemical softeners after dyeing.
Conclusion
Biological enzyme finishing is more than a technical upgrade; it reshapes industry values. In A/W 2026-27, from cotton to cashmere, enzyme softening redefines “luxurious touch” as clean, chemical-free softness. Brands and mills embracing this process will gain a leading edge in the sustainable future.