Raw Materials Pavilion

Nonwovens

Hot Air-through Nonwovens: Advancing Toward Ultra-Fine Denier, Natural Materials, and Personalization

Wisdom-greentech Company Limited
0.4D ultra-fine denier hot air-through nonwoven: forming a stable web during carding to ensure even fiber distribution and maintain a delicate texture. The result is a softer and lighter material.

 

King’s Choice (Jiangsu) New Material Co., Ltd.

l 0.4D ultra-fine denier hot air-through nonwoven: using wide-width (4.6m) equipment to offer high production capacity and stable product quality, with enhanced softness and a silky touch.

l 3D single-layer embossed and perforated hot air-through nonwoven: achieving zoned functionality by applying different embossing and perforation processes to a single-layer nonwoven. The product features attractive patterns, low basis weight, and high-cost performance.

 

Beijing Dayuan Nonwoven Fabric Corp., Ltd.

l Embossed hot-air nonwoven: adopting a “dam-style” design. The central structure features small dome-shaped protrusions, while raised “dam structures” on both sides are higher than the central pattern, effectively preventing lateral liquid overflow.

l Perforated hot air-through nonwoven: utilizing an upper-and-lower zoned structure with large-hole and small-hole areas to enhance the ability of baby diaper topsheets to handle urine and feces separately.

 

Beijing Qinghe Sanyang Woolen Textiles Co., Ltd.
Topsheet hot air-through nonwoven: incorporating silk and bamboo fibers, with natural materials further enhancing softness and skin affinity.

 

Xiamen Yanjan New Material Co., Ltd.
Occult blood-detecting hot-air nonwoven for topsheets: combining different fiber structure ratios with specialized oil formulations to enable rapid liquid penetration, reduce surface residue, and maintain surface dryness.

 

China Textile Research Institute (Qingdao) Co., Ltd. 
Non-leaching plant-based hot air-through nonwoven for topsheets: using patented technology to embed natural functional properties into the fibers (with detectable plant-based active ingredients in the product). After natural aging for three years, antibacterial testing still meets national standards. The antibacterial effect is retained even after repeated exposure to body fluids.

 

Shanghai Earntz Nonwoven Co., Ltd.

l Green Series Earntz hot air-through nonwoven: applying bio-enzyme anaerobic degradation technology to address the difficulty of degrading ES fibers. It can incorporate degradable fibers such as silk and Tencel, offering a more environmentally friendly solution.

l Cloud Series Earntz hot air-through nonwoven: using ultra-fine denier fibers and optimized online fiber fusing technology. While ensuring product strength and resistance to linting, it delivers a fluffy, soft texture.

 

 

Anqing Fengge Nonwoven Co., Ltd.
High-elastic, mark-free, dry, and ultra-soft hot air-through nonwoven: utilizing Fengge’s proprietary “coarse-denier fine-processing” technology to create a softer and bulkier material. An upgraded hydrophilic finishing agent enables rapid liquid penetration, ensuring dryness without residue.

 

 

Spunbond and spunmelt nonwoven: ultra-fine denier, light-weight, and biodegradable

Shandong Hengpeng Hygiene Products Co., Ltd.
0.6D Extreme Series spunbond nonwoven: using ultra-microfiber spinning technology to significantly enhance the softness, skin-friendliness, and bulkiness of waistband and backsheet materials.

 

 

Guangdong Beautiful Health Medical & Health Technology Co., Ltd.

l 8 g/m² hydrostatic-resistant SSMMMMS three-dimensional leak-guard nonwoven: this product is lighter, softer, and offers improved resistance to hydrostatic pressure.

l Fluffy, ultra-soft SSS nonwoven fabric for waistbands: made with 1.4D ultra-fine fibers and an innovative bulky structure, this product delivers the tactile feel of higher minimum-basis materials.

l Biodegradable SSMMS and SSS nonwoven: naturally degrading under specific anaerobic conditions. The mechanical performance is comparable to that of conventional PP nonwoven. Tested in accordance with ISO 15985:2014, this nonwoven can achieve a biodegradation rate of 77.2% within 360 days under specified conditions.

 

Zhejiang Xufeng New Material Technology Co., Ltd.
SSS spunbond nonwoven: achieving a minimum basis weight of 5 g/m², while its SMS nonwoven reaches a minimum basis weight of 8 g/m². By adopting a super-fusing process, composite bonding strength is improved by more than 30%.

 

 

Zhejiang Guanghong New Materials Co., Ltd.
PLA (polylactic acid) nonwoven: fully biodegradable under composting conditions while maintaining excellent physical performance.

 

 

Spunlace nonwoven: biodegradable, flushable, structural innovation, and segmented functions

Hangzhou Xiaoshan Phoenix Textile Co., Ltd.

Biodegradable spunlace nonwoven: utilizing a proprietary “dual-web fusion technology,” in which wood pulp is injected into the fiber web through high-pressure hydroentanglement, achieving deep integration between the fiber web and wood pulp. This significantly improves fabric uniformity and both machine-direction and cross-direction strength. A double-sided jacquard process further reduces linting compared with traditional spunlace nonwovens.

 

 

Jianghua New Materials Technology (Jiangsu) Co., Ltd.

CPC-structured spunlace nonwoven: adopting a sandwich configuration of “carded fiber web—wood pulp layer—carded fiber web.” Wood pulp fibers are securely encapsulated within the middle layer, effectively resolving the lint-shedding issues common in traditional CP products.

 

 

Anqing Huaxin Industrial Fabric Co., Ltd.
PLA nonwoven: made from self-developed PLA fibers, featuring a moisture regain as low as 0.4%, delivering excellent dryness performance. It offers natural antibacterial and bacteriostatic properties, maintains a naturally weakly acidic profile for skin compatibility, and preserves stable performance for up to two years.

 

Zhejiang Dekang Environmental Protection Technology Co., Ltd.
Ultra-fine fiber spunlace nonwoven for eyeglass wipes: featuring a large specific surface area and strong adsorption capacity, it effectively removes stains while protecting lens coatings from scratches.
Flushable bamboo pulp nonwoven: made with natural-color bamboo pulp fibers, this nonwoven achieves an optimal balance among strength, flushability, lint control, and impurity management.

 

Sateri
Sateri flushable nonwoven: using moderately long and uniform Lyocell staple fibers combined with wood pulp as base materials. This ensures an appropriate level of hydroentanglement, web formation, and reinforcement, while maintaining excellent flushability.

 

 

UNNM New Materials (Henan) Co., Ltd.
Flushable bamboo pulp nonwoven: made from bamboo pulp fibers and processed through inclined wire forming and high-pressure hydroentanglement, this nonwoven offers multiple advantages, including natural antibacterial properties, softness and skin-friendliness, water-dispersibility, and full biodegradability.

 

 

 

Elastic nonwoven: process upgrades for high elasticity, breathability, and soft fit

 

 

Wenzhou Tekang Elasticity Technology Co., Ltd.

Tekang elastic nonwoven: adopting a three-layer composite structure design, embedding a highly elastic functional film within nonwoven layers, and forming an integrated structure through a glue-free thermal lamination process. The product supports free stretching in either the crosswise or longitudinal direction, with a maximum elongation of up to 200% and a recovery rate of up to 98%, delivering excellent elastic resilience and a close, comfortable fit. The surface layer provides a smooth, skin-friendly touch.

 

 

Magnera

Elastipro® elastic waistband nonwoven: containing no elastic film materials. During stretching, the material maintains its cross-directional width without deformation, preventing red marks or binding discomfort. It is soft, breathable, moisture-permeable, and provides a certain level of liquid barrier performance.

 

 

Zhejiang Atongmu Technology Co., Ltd.

“Dual-component activated magic elastic” nonwoven: utilizing a specific sheath-core and side-by-side bicomponent fiber arrangement to impart latent elasticity. Before activation, its appearance and physical properties are similar to conventional nonwovens. After mechanical activation, it can achieve elasticity in the machine direction, cross direction, or multidirectional stretch.

 

 

Anhui Quantum Jinzhou New Material Technology Co., Ltd.

l Elastic nonwoven: adopting a sandwich encapsulation structure. Ultrasonic bonding is used to laminate ultra-fine denier modified PP fibers on the surface layers with elastic fibers in the core, without hot-melt adhesive. The product offers uniform elasticity without tightness, good breathability without stuffiness, and stable processing performance.

l  “Online-activated” elastic nonwoven: made by compositing bicomponent fibers with elastic fibers, this nonwoven requires downstream stretching and thermal activation during production. The multilayer structure is thinner and lighter, with flexibly adjustable elasticity. It is fluffy and skin-friendly, and is mainly applied in pant-style diaper waistbands and medical elastic bandages.

 

 

 

 

 

Nonwoven fibers: ultra-fine denier, lightweighting, and functional upgrades

Fujian MR. Fiber Joint Co., Ltd.

l Ultra-fine denier fibers: providing a delicate hand feel, enhanced softness, and improved skin-friendliness.

l Green eco-friendly hollow fibers: reducing material costs while supporting low-carbon and environmentally friendly production.

 

 

Yangzhou Fuweier Composite Material Co., Ltd.

Modified PET fibers: featuring softness, high bulkiness, and a low melting point of 110°C, enabling energy savings and reduced carbon emissions during processing.

 

 

Lenzing Fibers (Shanghai) Co., Ltd.

VEOCEL™ lyocell high-performance cleaning fibers: primarily used in disinfectant wipes, which are highly compatible with quaternary ammonium disinfectant formulations. Without additional chemical treatment, they deliver strong cleaning performance, along with high efficiency, environmental sustainability, and stable production performance.

 

 

China Textile Academy (Tianjin) Technology Development Co., Ltd.

Seaweed fibers for absorbent products: capable of rapidly absorbing water and forming a transparent or semi-transparent gel. While retaining moisture, they maintain fiber or fabric structural integrity and certain mechanical strength. They also offer antibacterial properties and the ability to absorb heavy metal ions. With a water absorption rate of ≥20 times, they are suitable for facial masks, diapers, sanitary napkins, and adult incontinence products.

 

 

Pulp and fluff pulp: light-weight and diversified development

Suzano (Shanghai) Trading Co., Ltd.

Eucafluff® eucalyptus fluff pulp: featuring good rewet resistance and excellent compressibility, helping customers reduce product thickness and thereby lower warehousing and transportation costs.

 

Linxing Group (Shandong Yixuan Paper Industry Co., Ltd.)

LA85 fluff pulp: while maintaining the brightness of 100% softwood pulp, it incorporates a suitable proportion of self-developed hardwood semi-chemical mechanical pulp. This ensures strength while improving roll bulkiness.

 

Shandong Hongbo Pulp & Paper Industry Co., Ltd.

New-type fluff pulp: allowing flexible raw material formulation to enable customized products aligned with market trends.

 

PE film and plastic masterbatch: differentiated development

FSPG Hi-tech Co., Ltd.

Jinsha film: featuring four-color printing, leverages an embossed roller surface texture to create a golden luster through light refraction. It can be applied to individual packaging films for sanitary napkins.

 

 

Guangdong Tenghua Yuehang Hygiene Materials Technology Co., Ltd.

Embossed film: produced with high-precision embossing technology, forms uniform three-dimensional textures. Under light, it presents a subtle shimmering effect and offers flexibility and a comfortable tactile feel.

 

 

Jinjiang Tangsu Synthetic Materials Co., Ltd.

l PE packaging film: using UV three-dimensional hot stamping technology, with embossed metallic patterns that provide a strong three-dimensional texture and align perfectly with brand logos.

l Zipper-head convenient packaging bags: ensuring smooth dispensing, securing sealing, durability, and long-term dust and moisture protection.

l Custom-shaped bags for women’s sanitary pants: tailored for a better-fitting profile.

 

Jiangxi Guangyuan New Materials Co., Ltd.

l Filler masterbatch for PE films: produced using calcium carbonate powder and triple-screw compounding technology. It provides good elongation performance, enhances film opacity, and reduces production costs.

l Functional masterbatch for nonwovens: offering good toughness, heat resistance without yellowing, and uniform granule dispersion.

 

 

Super Absorbent Polymer (SAP): faster absorption, higher retention, and environmental sustainability

Zhejiang Satellite New Material Technology Co., Ltd.

l High gel-strength dry-feel SAP: After water absorption, it exhibits higher gel strength, locks in more moisture, and keeps diaper surfaces drier.

l Biodegradable SAP: Achieving a degradation rate of over 80% under composting conditions, reducing environmental impact.

 

 

Wanhua Chemical (Yantai) Sales Co., Ltd.

High-pressure absorption SAP: providing strong absorption under load (AUL), good permeability, rapid absorption speed, and high retention capacity.

 

Formosa Industrial (Ningbo) Co., Ltd.

Low-rewet SAP: offering good permeability, centrifugal retention capacity, absorption under pressure, and low rewet performance.

 

 

Absorbent cores and liner tissues: green, environment-friendly, and enhanced absorbency performance

Fujian Tengbang New Materials Co., Ltd.

Three-layer ultra-thin sanitary napkin cores: with a thickness of only 1mm, the cores feature ultra-thin design, softness, fast absorption, and low rewet. Even without surface grooves or embossing, it enables rapid distribution of menstrual fluid.

Shanghai Mefenna Sanitary Products Co., Ltd.

Composite absorbent cores: eliminating hot-melt adhesive by thermally pressing SAP into airlaid dry-processed paper, which can reduce costs.

 

Suzhou Lianli New Materials Co., Ltd.

l  Highly liner tissues: featuring low basis weight (13 g/m²), high air permeability, high tensile strength, more uniform fluff pulp adsorption, and strong liquid absorption capacity. It is mainly used in absorbent cores.

l Printed absorbent tissue for pet pads: using large-area, highly visible yellow patterns to help dogs more quickly and accurately locate the designated urination area, thereby improving training success rates.

 

 

Hot melt adhesive: enhanced bonding performance, safer, and more environmentally friendly

Bostik (Shanghai) Management Co., Ltd.

l  Adhesive for wet wipes lids: offering excellent bonding performance to ensure the lid remains securely attached without detachment. It also features high and low temperature resistance and low odor.

l Fine-denier elastic strand adhesive: featuring improved creep resistance and shear performance under tension, ensuring firm adhesion and long-lasting stability during stretching.

 

 

Fujian Qixing New Materials Group Co., Ltd.

l Adhesive for wet wipes lids: featuring low odor, resistance to high and low temperatures, and strong bonding performance, suitable for bonding plastic lids to PE films.

l Low-temperature construction adhesive: featuring low odor, low application temperatures, and good aging resistance, it is applicable for structural bonding in diapers, sanitary napkins, and underpads.

 

 

Shanghai Rocky Adhesives Co., Ltd.

l Hot-melt pressure-sensitive adhesive for wet wipes lids: low odor and low VOC, with strong adhesion to PP, PE, and PET. This adhesive maintains good bonding performance even at −20°C, suitable for year-round use.

l Adhesive for diaper cores: aging-resistant, easy to spray, and offers excellent water resistance. The wet peel strength retention rate exceeds 80%, compatible with various nonwoven materials.

 

 

Spandex: environment-friendly and customized solutions

The LYCRA Company

LYCRA ADAPTIV® fiber: applicable to baby diapers, feminine hygiene products, and adult incontinence products. It provides balanced fit and containment during static wear. The fiber also adapts to body movement during dynamic wear, improving comfort and reducing skin red marks.

 

Hyosung International Trade (Jiaxing) Co., Ltd.

Regen® BIO bio-based spandex: Produced using sugarcane-based raw materials, it can reduce carbon footprint by 45%–55%.

 

 

Huafon Chemical Co., Ltd.

l Ultra-fine denier spandex: fine single filaments, high uniformity, good processability, and reduced risk of filament breakage.

l Invisible embedded spandex: seamless fabric appearance with a “bare-skin” wearing experience.

 

 

Balm, surfactant, and additive: natural, antibacterial, and low irritation

 

HOZEN Trading (Shanghai) Co., Ltd.

l SYNESSEN ECO preservative series: based on bio-fermentation ingredients (polylysine and glucono delta-lactone), suitable for wet wipes applications.

l NanoClear microemulsion: oil-based active ingredients encapsulated with sucrose esters; water-soluble, skin-friendly, and non-greasy; suitable for baby wipes and facial masks.

 

Weifang Huibo Pharmaceutical Technology Co., Ltd.

Benzethonium chloride: a quaternary ammonium compound with high inhibitory or bactericidal activity against Gram-positive bacteria (e.g., Staphylococcus aureus), Gram-negative bacteria (e.g., Escherichia coli, Pseudomonas aeruginosa), yeasts (e.g., Candida albicans), and certain molds. It offers good water solubility, stability, heat resistance, and low irritation. It is widely used in wet wipes and related products.

 

Wuhan Time Technology Co., Ltd.

Xihua® Plant Mite-Zero product: formulated with Chinese mugwort (Artemisia argyi) essential oil and compounded 4-terpineol as dual plant-based active ingredients. Mild and skin-friendly, it provides rapid and stable anti-mite effects, suitable for maternal and infant wipes as well as household anti-mite wipes.

 

 

Shanghai Scunder Industry Co., Ltd.

Non-leaching quaternary ammonium textile antibacterial agent: exhibiting excellent thermal stability and good acid—alkali resistance. Treated nonwoven fabrics provide antibacterial performance along with certain anti-mildew and anti-mite effects.

 

 

Shanghai Shiye Industrial Co., Ltd.

Fragrance for household paper products: extracted from various flowers (such as osmanthus, cherry blossom, and camellia). It offers a stable and long-lasting fragrance, a pure and mild scent, and low irritation. This fragrance can be used in facial tissues and commercial hand towels.

 

Bloomage Freda Biopharm Co., Ltd.

Concentrated sodium hyaluronate moisturizer: rich in hyaluronic acid, applied in the post-processing of tissue paper products to enhance moisture retention and softness.

 

 

Packaging and printing: invisible easy-tear, antibacterial, and eco-friendly

Foshan Xinfei Hygiene Materials Co., Ltd.

“Fei” plastic release small-pack paper: through precise point coating, a heat-sealable silk protein water-soluble coating, and environmentally friendly solvent-free silicone coatings, these coatings are intermittently applied to specially customized paper. This provides both heat-sealing and release functions, replacing release film, release fabric, or release paper + three-point adhesive + outer film traditionally used in sanitary napkin and panty liner packaging.

 

 

Fujian Minghe New Material Technology Co., Ltd.

Vacuum easy-tear packaging bag: designed with an invisible tear line. The drawing and “gold-sand” finishing techniques create a gilded texture with a soft hand feel. Suitable for packaging sterilization-grade hygiene products.

 

 

Jin Wanzheng (Guangdong) Adhesive High-tech Materials Co., Ltd.

Antibacterial and bactericidal labels: utilizing antibacterial adhesive technology to effectively reduce contamination risks during repeated peeling and reapplication of labels.

 

 

Xiamen Jinhuifeng New Packaging Materials Co., Ltd.

Paper-based packaging materials: offering both water resistance and oil resistance, supporting plastic reduction and minimization initiatives.