After a period of above-average expansion, needlepunch is expected to return to more moderate, normalized growth through the end of the decade.

According to market researcher Smithers’ report, The Future of Global Nonwovens to 2030, needlepunch accounted for 2.3 million tons or 24.4 billion square meters, valued at $8.9 billion in 2020. Between 2020 and 2025, growth was above average at 8.3% (tons), 10.5% (m2), and 7.5% ($), and consumption reached 3.5 million tons, 40.2 billion square meters and $12.7 billion. 

Growth is projected to drop to 5.7% (tons), 5.9% (m2) and 3.1% ($) between 2025 and 2030, with consumption in 2030 reaching 4.6 million tons, 53.6 billion square meters and $14.8 billion. 

“Historically, needlepunch produces high basis weight webs, unfit for some growing markets, and line speeds are slow,” explains Phillip Mango, industry specialist and report author at Smithers. “Significant progress in producing lighter basis weight and growing in some key end uses led to a boost in needlepunch consumption between 2020 and 2025; expect more normal growth through 2030.”

Markus Hoh, sales director of German nonwovens producer BWF Protec, points out that demand has now stabilized at a moderate level following the fluctuations caused by the pandemic. “The biggest obstacles in the global market are regional crises and conflicts, which are leading to cautious planning in the face of expected rising costs, particularly in the areas of raw materials, energy and transportation,” he explains. “At the same time, these factors can also drive progress in specific areas such as energy storage, energy efficiency measures and safety issues.”

Roland Jaehn and Thomas Lais, general managers of Technische Textilien Lörrach (TTL), another German producer of needlepunch, agree, saying that demand was stable in recent years, but now it’s influenced by the economic situation worldwide. “At the moment, the Iran war has an impact and will continue to do so in the future if it doesn’t stop soon,” Jaehn says. “Prices are getting under pressure if demand lowers. The competition is stiff. We expect growth in the future only if the global situation is economically friendly.”

Adding to this cautious outlook, Anze Manfreda, SVP Division Automotive & Condensation Solutions at Freudenberg Performance Materials, one of the world’s largest nonwovens manufacturers, says short-term growth prospects for core markets remain limited given the current geopolitical environment. 

At the same time, demand for sustainable products is increasing, Manfreda explains, particularly materials made from recycled content or designed for end-of-life recyclability, with more customers requesting EPD (Environmental Product Declarations) and similar certifications. However, the availability of high-quality recycled fiber is under pressure due to other industries’ demand for PET bottles.

Needlepunch machinery suppliers are expressing cautious optimism, citing resilient demand and long-term drivers, despite more cautious investment conditions in the near term.

Guillaume Julien, global sales director, Engineered Textile – Airlay, Needlepunch, Bast Fibers & Textile Recycling, Andritz, says that the global demand for needlepunch nonwovens remains structurally resilient, supported by the technology’s unmatched versatility across a wide range of applications – from geotextiles and filtration to automotive interiors, synthetic leather, insulation and technical felts. “Unlike single-segment textile technologies, needlepunch benefits from diversified end markets, each following its own investment and demand cycle. This diversity acts as a natural buffer against economic volatility,” he explains.

After the short slowdown observed in early 2020, the needlepunch market experienced a strong recovery until the third quarter of 2023, driven by infrastructure investments, industrial production rebounds and renewed confidence across North America, Europe and Asia. “While 2024 has been more cautious due to geopolitical tensions, inflationary pressure and election-related uncertainty, the medium- and long-term outlook remained positive in 2025 with a similar trend for 2026,” Julien says.

Despite a more cautious macroeconomic environment, nonwovens producers are continuing to invest in new machinery and line upgrades. “Importantly, the most recent investments are not limited to replacement of obsolete assets but represent net capacity additions, reflecting confidence in future demand,” he adds.

From machinery supplier Autefa Solutions’ recent observations of the market, new needlepunch investments have been selective. André Imhof, CEO, Autefa Solutions Austria & Switzerland, says that producers are still investing, but their decisions are increasingly ROI-driven. “In North America, for example, many companies currently prioritize upgrades, retrofits, line assessments and service solutions over new equipment, especially in a cautious investment climate,” he explains.

When producers do invest, their key priorities are consistent quality, high productivity with low operating costs and high line availability, as well as the flexibility to process different fibers and product weights. “This is especially important as recycled and more variable raw materials become more common. Price remains an important factor, and we are seeing growing pressure from low-cost competitors,” Imhof adds.

A similar trend is noted by Riccarda Dilo of machinery supplier DiloGroup, who says producers are still investing, but with a clear focus on efficiency and flexibility. “They prioritize higher productivity, lower energy use and stable processes. Given that the nonwovens industry is very broad and diverse, investments vary widely by segment—but the trend toward futureproof, flexible machinery is consistent,” she adds.

Applications in Focus

Needlepunch nonwovens are known for their durability, versatility and cost-effectiveness, making them an essential material in products for a wide range of industries. Applications include automotive, filtration, geotextiles, construction, artificial leather, industrial felts and furniture and bedding, among others. 

Poland-based nonwovens manufacturer Mila’s needlepunch nonwovens are primarily used in architectural acoustics (wall panels, ceilings, baffles), office and commercial interiors, public spaces (schools, cultural venues) and as furniture and partition systems.

The company has seen a steady increase in demand for needlepunch nonwovens, particularly in the acoustic segment. This growth has been driven by increased awareness of acoustic comfort in workplaces and public environments, stricter building standards related to noise and well-being and sustainability requirements pushing for recyclable, fiber-based solutions, according to Jacek Misterkiewicz, export manager at Mila.

However, he notes that demand may be constrained by three main factors: volatility in raw material and energy costs, competitive pressure from alternative acoustic materials and economic slowdowns that affect the construction and fit-out sectors.

Looking ahead, Mila expects the strongest growth in flexible and modular office acoustics—driven by hybrid work trends, as well as design-driven acoustic solutions integrating aesthetics with performance. The company also anticipates growth in OEM applications where acoustics and lightweight materials are combined.

In recent years, Mila has focused on enhancing both performance and sustainability. Investments have been made in optimizing production lines for greater energy efficiency and consistency, as well as increasing the use of recycled and recyclable raw materials. Additionally, the company continues to refine its material formulations to improve its properties while reducing environmental impact.

Beyond acoustics and interior applications, needlepunch continues to expand in a range of technical uses.

Welspun’s European needlepunch technology allows it to convert a wide range of natural and man-made fibres into high-performance nonwovens with the right balance of strength, density, permeability, dimensional stability and thermal behavior. This makes it suitable for applications such as felt for industrial and liquid filtration, automotive filters, inherent fire retardant (IFR) thermal liners for personal protective apparel, floor protection mats, fire blankets and FR liners for upholstery and sleep mattresses.

According to the company, needlepunch has evolved from a process often associated with commodity felts into a precision-engineered nonwoven technology for functional, application-specific materials. The shift has been driven by better carding and web formation, faster and smarter needling, tighter online monitoring and greater ability to process specialty fibers and recycled blends. “In other words, the industry has moved from ‘needlepunch felt’ to ‘engineered needlepunch solutions,’” says Kiran Warrier, global category head, Welspun Living Advanced Textiles.

He notes that requirements vary significantly by application: “Filtration media today must balance air permeability, particle capture, pressure drop, heat resistance and service life. Automotive materials must meet lightweighting, cabin comfort, safety and durability requirements. Protective apparel applications must satisfy increasingly stringent fire norms, better strength to weight ratio, arc rating and workplace-safety expectations. These needs have pushed needlepunch technology toward consistent delivery, tighter tolerances and better fiber engineering.”

Additionally, rising global air-quality norms are accelerating demand for advanced needlepunch filtration media in industries such as cement, chemicals and food processing. At the same time, improvements in automation and customization are enhancing product performance and consistency and sustainability trends—such as the use of recycled PET bottles in polyester-based needle felt—are further boosting adoption, Warrier adds.

BWF Protec, based in Hof, Germany, develops and produces technical needle felts with an end-to-end process chain. In addition to roll goods, the company manufactures endless needled rollers and belts as well as fully fabricated, ready-to-install parts for highly demanding applications.

Key focus areas for the company include the metal and high-heat process industry (aluminum, glass and steel), mobility and transport (fire prevention, isolation, acoustics in automotive, rail and aerospace), and heat and safety applications (heat protection, PPE components, defense).

“The highest growth expectations continue to be in the fields of energy storage and batteries, but also in the field of security, for example, in the context of protective equipment for special forces and emergency responders in crisis zones,” Hoh says.

Technology Advancements

Needlepunch technology continues to evolve, with machinery suppliers introducing new solutions aimed at enhancing performance and flexibility.

Andritz’s neXloom A‑Type needleloom expands the company’s portfolio with a solution designed for medium-range capacities while maintaining high-quality and flexibility. Its random needle pattern capability improves strength distribution, uniformity and surface appearance. With operating speeds of 850–1,200 rpm and a stroke range of 25–60 mm, the equipment is suitable for a wide range of applications, including synthetic leather, filtration, geotextiles and automotive nonwovens. The neXloom A‑Type needleloom is a low-maintenance design, with optional automatic greasing systems to reduce downtime and operating costs.

Andritz has also developed the X‑Pro crosslapper, representing an improvement in crosslapper performance, particularly for needlepunch applications, according to Julien. Its X‑Path advanced web transfer concept ensures continuous web control from card exit to delivery, minimizing drafting and internal web distortion. 

Another innovation, the neXloom elliptica Type DF-4 needleloom, is designed for light products processed at high speed, combining optimized pre-needling consolidation with improved visual appearance, making it a suitable solution when fabric quality is critical. Its unique elliptical needling process, with only one needle per hole, eliminates surface marking and significantly reduces stretching—by up to 30%–50% in the first needleloom—supporting improved fabric uniformity. “The robust Andritz needleloom frame, combined with oil‑lubrication technology, guarantees high reliability, reduced maintenance and extended service life,” Julien claims.

The Elliptica Type DF‑4 needleloom is used in applications such as automotive, paper felts, spunbond products and synthetic leather.

DiloGroup has also enhanced its portfolio for needling technology. Modilous is a new needle board maintenance system that offers faster, cost-efficient needle changes and reduced cleaning times.

“Since the introduction of needlepunching technology, needle exchange and needle board maintenance are done manually despite great advancements in the field of automation,” Dilo explains. “The manual process is cumbersome, monotone and costly.” 

The new Modilous process is based on needle modules where the needles are more efficiently inserted or changed and boards cleaned; either fully automatic by the Modilous Advanced process or mechanized by the Modilous Basic process. This can be done through central Dilo supply stations, by the users in-house or through a circular supply chain among users and Dilo to provide ready-to-use modules by Modilous Express.

Since the time to change needles by the Modilous system is only between 10%-25% of the manual process, a strong increase in cost effectiveness is achievable, Dilo says.

DiloGroup has also introduced SuperPunch and PowerPunch for high speeds and very high needling forces. SuperPunch is a new kinematical solution for the needle movement through superpositioning two basic kinematic principles. This allows the horizontal stroke length to increase up to about 20 mm and keeps this range from 0 to 20 mm infinitely variable and adjustable according to the needed throughput speeds, stitching densities and advances per stroke, respectively. According to Dilo, this solution is unique in its large range and adjustability precision. SuperPunch is targeting high-speed needling for lightweight nonwovens with an emphasis on an area mass below 100 g/sqm used in the sector of disposable products in the hygiene and medical field.

In contrast to needlepunching applications in the low-weight sector, a traditional application of the needlepunching process is for medium to high weights in a large range up to several kilograms of fiber mass per square meter, sometimes including woven structures for reinforcement. Also in this sector, efficiency and productivity can be enhanced further by strengthening the complete needle beam drive system, where the mechanics of torque transmission are stiffened by an additional torque support to lower maximum loads. This effect reduces the number of natural frequencies in the whole range of operational speeds, widening the range of acceptable operational speeds at high loads of needle forces. It lowers and compensates stress as well as wear in the mechanical system. PowerPunch is helping the operator to choose the parameters of needling more easily and quickly, and at the same time, avoid high mechanical stress levels.     

Alongside these developments, other machinery suppliers are emphasizing simplified, cost-efficient solutions.

Autefa’s LineONE offers a streamlined concept focused on cost-efficient performance, easy operation and quick start-up.

A key component is the StylusONE needle loom, which is designed for a wide range of applications up to 1,800 g/m² and operates at speeds of up to 1500 strokes per minute. Its maintenance-free gearboxes reduce servicing effort and support high machine availability. “Its modular design enables rapid installation in as little as three days, supporting faster start-up and time-to-production,” Imhof explains.

For web forming, Autefa offers crosslappers in two variants: Topliner and UnilinerONE. The Topliner supports very high layering speeds, focusing on web quality and energy efficiency, while the UnilinerONE is a reliable, economical, high-performance option with an attractive cost-to-performance ratio.

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