The strength of China's nonwoven industry relies on the support of a complete industrial chain. From upstream raw material production, such as polyester and polypropylene fibers, to midstream manufacturing processes like spunbond, spunlace, and meltblown, and downstream applications in hygiene products, medical supplies, automotive interiors, and more, China has established the world's most comprehensive nonwoven fabric supply chain. This "one-stop" production model not only reduces costs but also enhances supply chain stability, giving China a competitive edge in the global nonwoven market.

In the past, nonwoven technology was primarily dominated by Western countries. However, China has now achieved multiple technological breakthroughs through independent innovation. For example:

• Electrospinning technology has enabled large-scale continuous production, with mature applications in filtration and waterproof breathable membranes.

• Flash-spun nonwoven technology has broken foreign monopolies and is now used in industrial protection, medical packaging, and other fields.

• Meltblown wood pulp nonwoven technology addresses biodegradable demands, expanding into wipes and hygiene product markets.

These advancements have shifted China's nonwoven industry from "following" to "running alongside" and even "leading" in certain areas.

In the environmental sector, demand for nonwoven filter materials continues to rise. Applications such as indoor air filtration (e.g., air conditioner filters, car air purifiers) and liquid filtration (e.g., drinking water purification, industrial wastewater treatment) benefit from nonwoven fabrics due to their high surface area and porous structure. As global environmental awareness grows, the market potential for nonwoven filter materials will further expand.

Regarding electrospun nonwovens, China has conducted extensive research, achieving large-scale continuous production and developing independently patented electrospinning equipment. Multiple pilot production lines have been established, with mature applications in filtration and waterproof breathable membranes. Future expansion into medical and energy applications is expected.

Flash-spun nonwovens, known for their exceptional performance, have been a key focus of China's research. Around 2020, China successfully commercialized flash-spun nonwoven technology and has since improved product quality through continuous innovation. Currently, these materials are used in industrial protection, medical packaging, printing, and other fields.

Looking ahead, the nonwoven industry must develop new quality productive forces, with a core focus on driving industrial innovation through technological advancement. This includes:

• Enhancing innovation to strengthen core competitiveness.

• Promoting green transformation to fulfill social responsibilities.