Nonwoven Tech Race Heats Up: ANDRITZ Bets on Sustainability and Circular Economy at INDEX26

As global nonwoven production capacity growth slows and the hygiene market saturates, where is the next growth driver? From May 19 to 22, 2026, the technology showcase at INDEX26 in Geneva, Switzerland, pointed firmly toward sustainability and the circular economy.

Technology Shift: From ‘Disposable’ to ‘Durable and Recyclable’

ANDRITZ’s exhibition plan at INDEX26 clearly outlines the industry's transformation. The core focus is no longer limited to traditional hygiene products but has shifted significantly to ‘sustainable and durable nonwovens.’ This signals that nonwoven applications are migrating from low-value disposables like diapers and wipes to high-value, long-lifecycle categories such as automotive interiors, construction waterproofing, filtration media, and industrial wipes. Meanwhile, ‘textile recycling’ and ‘life-cycle services’ have been elevated to strategic priority alongside production equipment, indicating that equipment suppliers are moving from selling machines to selling ‘closed-loop solutions.’

Fiber Process Upgrades: Recycled and Bio-Based Feedstocks Become Competitive Differentiators

The ‘sustainable fiber processes’ segment directly addresses the growing demand from downstream brands for recycled and bio-based raw materials. For Chinese nonwoven clusters—such as Xiantao in Hubei, Xiali in Zhejiang, and Jinjiang in Fujian—this means that the ability of spunlace, spunbond, and meltblown lines to handle recycled polyester, PLA (polylactic acid), or lyocell will determine whether factories can enter premium Western supply chains. ANDRITZ is effectively raising the industry's entry barrier: those who upgrade their lines to accommodate sustainable fibers first will secure early advantages in the next round of orders.

Industry Impact: Equipment Suppliers Reshape Downstream Supply Chains

Traditional nonwoven plants operate on a model of scale and cost control. However, ANDRITZ’s ‘converting technology’ and ‘textile recycling’ solutions are rewriting that logic. On one hand, converting technology allows a single line to quickly switch between different basis weights and fiber blends, making flexibility a new competitive edge. On the other hand, the commercialization of textile recycling means factories may soon need to take back and reprocess end-of-life products, creating new legal and operational business models. For buyers, whether a supplier can offer a recycling loop is shifting from a nice-to-have to a must-have.

Practical Recommendations

For Nonwoven Factories - Assess current line compatibility with recycled fibers (e.g., rPET, rPP) and plan retrofit budgets in advance. - Invest in converting technology modules to boost line flexibility for small-batch, multi-variety orders. - Negotiate full life-cycle service agreements with equipment suppliers, bundling maintenance, spare parts, and future recycling upgrades.

For Export Companies - Proactively add ‘recyclable design’ and ‘recycled content’ certifications to nonwoven products exported to Europe, preempting EU sustainability regulations. - Use equipment suppliers' technology roadmaps (e.g., bio-based fiber support) as a key criterion when vetting partner factories. - Monitor the technology diffusion from INDEX26 and prepare alternative fiber solutions (e.g., PLA, lyocell) for spunlace and spunbond processes.