5mm Dot Flower Spunlace Nonwoven Fabric: Performance, Customization, and Manufacturing Excellence

In modern hygiene, medical, beauty, and household-care manufacturing, the quality of the base material has a direct effect on product performance, consumer comfort, production efficiency, and brand reputation. A high-quality nonwoven fabric must do more than provide a soft surface. It must offer balanced strength, reliable absorbency, consistent formation, suitable texture, stable processing behavior, and the flexibility to meet different application requirements.

5mm Dot Flower Spunlace Nonwoven Fabric is designed as a versatile material for wet wipes, dry wipes, facial masks, medical gauze, diaper cores, composite materials, cotton wipes, and mask cloth. Its embossed dot pattern provides a distinctive appearance and can contribute to surface texture, handling, and product differentiation. At the same time, its spunlace structure delivers the softness and drape expected in skin-contact and personal-care products.

The material can be manufactured from polyester, viscose, bamboo fiber, tencel fiber, cotton, low-melt polyester fiber, or customized blends. This broad raw-material platform allows manufacturers to select the right balance of softness, absorbency, strength, sustainability, cost, and processing performance. The fabric is also available in different basis weights, technologies, pattern options, and after-finishing treatments.

Supported by decades of experience in nonwoven and hygiene-material production, Zhejiang Uniquality Nursing Products Technology Co., Ltd. develops and manufactures materials for customers requiring dependable quality, customized specifications, and large-scale supply capability. Through advanced equipment, multi-stage quality control, and a broad technical portfolio, the company serves customers in medical, maternal and infant care, beauty, household cleaning, industrial cleaning, and related fields.

Understanding 5mm Dot Flower Spunlace Nonwoven Fabric

Spunlace nonwoven fabric is produced by forming a web of fibers and entangling those fibers with high-pressure water jets. Unlike woven fabric, it does not depend on traditional yarn interlacing. Unlike many bonded nonwovens, it can achieve a soft, textile-like hand without requiring a large amount of chemical adhesive. The resulting fabric can combine flexibility, surface softness, absorbency, and useful tensile performance.

The 5mm Dot Flower design refers to the visible surface pattern incorporated into the fabric. The dot structure can be adapted to customer requirements, and the pattern may be changed according to the intended product appearance or functional target. A patterned surface can help create a more recognizable finished wipe, mask, pad, or composite product, while also giving the material a refined and uniform visual effect.

The fabric is available in a broad range of compositions. Polyester can contribute to strength, dimensional stability, and abrasion resistance. Viscose can provide softness and liquid absorption. Bamboo fiber is valued for its soft feel and natural-fiber positioning. Tencel fiber can support a premium textile experience and a smooth surface. Cotton can provide a familiar natural-fiber hand. Low-melt polyester fiber can be incorporated when additional thermal bonding or stiffness characteristics are required.

Because the composition can be customized, the same basic product concept can be adapted for very different end uses. A high-absorbency wipe may use a higher proportion of rayon or other cellulosic fibers. A stronger composite may require more polyester. A facial mask may prioritize softness, uniformity, and skin comfort. A diaper-core material may require a carefully selected blend for web integrity and liquid-management performance.

Core Product Specifications

Category	Typical Options	Customer Benefit
Raw material	Polyester, viscose, bamboo, tencel fiber, cotton, low-melt polyester fiber, or blended compositions	Allows performance, cost, softness, absorbency, and sustainability objectives to be balanced
Carding technology	Single-carding, double-carding, triple-carding, or sandwich construction	Supports different thickness, web uniformity, and strength requirements
Fiber orientation	Parallel, semi-cross, or other customized configurations	Helps control machine-direction and cross-direction performance
Pattern	5mm dot flower pattern or customized pattern	Creates a distinctive surface appearance and product identity
Basis weight	Approximately 20 to 100 grams per square meter, subject to customization	Permits lightweight, medium-weight, and higher-coverage constructions
After-finishing	Hydrophilic, coating, antistatic, and other available treatments	Adapts the material to liquid handling, surface, and static-control needs
Potential applications	Wet wipes, dry wipes, masks, medical gauze, diaper cores, composites, cotton wipes, and mask cloth	One material platform can serve multiple product categories

The ability to adjust these specifications is one of the most important advantages of a customized spunlace program. Buyers are not limited to a single fixed composition or one standard weight. Instead, they can work with a manufacturer to define the combination of fibers, web structure, basis weight, surface pattern, finish, roll dimensions, and packaging that best suits the finished product.

Material Advantages Over Conventional Alternatives

Soft, Textile-Like Hand

For products that touch the skin, softness is a primary purchasing and performance factor. Spunlace technology creates a flexible web with a textile-like hand, making it suitable for facial wipes, baby-care products, cleansing wipes, medical pads, and personal-care applications. Compared with many stiff or heavily bonded sheet materials, spunlace fabric can provide a more comfortable surface and a more natural drape.

The final hand depends on fiber selection, fiber diameter, web structure, water-jet conditions, basis weight, and finishing treatment. This means softness can be engineered rather than treated as an accidental characteristic. The manufacturer can develop a smooth, fluffy, dense, or slightly firmer surface according to the intended application.

Balanced Strength and Flexibility

Wipes and medical materials must remain intact during converting and use. A fabric that is too weak can tear during dispensing, folding, wiping, or saturation. A fabric that is excessively stiff may feel uncomfortable and may not conform well to the target surface. Spunlace construction provides an effective balance between fiber entanglement, flexibility, and tensile performance.

Fiber orientation is important in achieving this balance. Parallel webs can support specific machine-direction properties, while semi-cross configurations can improve balance between machine direction and cross direction. The selection of single-carding, double-carding, or triple-carding also influences web formation, thickness, and strength.

Absorbency and Liquid Management

Cellulosic fibers such as viscose, bamboo, cotton, and tencel can contribute to absorbency and moisture retention. These fibers are useful in wet wipes, dry wipes intended for liquid pickup, cleansing products, and medical applications. The final liquid behavior depends on the fiber blend, web density, pattern, finishing chemistry, and converting process.

Hydrophilic finishing can be used when rapid wetting and improved liquid acceptance are required. This is especially relevant to polyester-based materials, which may otherwise have lower natural water affinity than cellulosic fibers. A customized combination of fiber composition and hydrophilic treatment allows the fabric to be adapted to the liquid-management demands of the finished product.

Uniform Appearance

Uniformity is essential for premium wipes, facial masks, medical products, and private-label goods. Uneven fiber distribution can produce weak areas, visible defects, inconsistent absorbency, and an undesirable appearance. Advanced carding, controlled web formation, and carefully managed spunlace processing help produce a consistent sheet.

The 5mm dot flower surface pattern adds visual structure while maintaining a clean and attractive appearance. The pattern can help distinguish one product from another, which is valuable for brands seeking a recognizable surface design without changing the basic material platform.

Adaptability to Multiple Markets

A major advantage over narrowly specified materials is application flexibility. The product can be developed for consumer wipes, professional medical materials, hygiene products, beauty products, and industrial cleaning. This versatility can simplify purchasing and qualification for companies that manufacture several product lines.

For example, a buyer may use a soft rayon-rich construction for wet wipes, a bamboo or cotton construction for dry wipes, a polyester-rich material for a composite, and a specially treated polyester fabric for antistatic or hydrophilic applications. The same manufacturing partner can support these different requirements while maintaining a consistent quality-management framework.

5mm Dot Flower Spunlace Non-woven Fabric

Manufacturing Technology and Process Control

The performance of a spunlace fabric depends on the entire production chain rather than on a single machine or raw material. Consistent results require careful control from fiber preparation through carding, web formation, hydroentanglement, drying, finishing, inspection, slitting, and packaging.

Raw-Material Preparation

Production begins with the selection and preparation of fibers. The manufacturer evaluates fiber type, length, fineness, moisture condition, cleanliness, color, and compatibility with the target blend. Different fibers can be opened, blended, and fed into the line in carefully controlled proportions.

Customized blending is particularly important when a product requires both softness and strength, or absorbency and dimensional stability. A viscose-polyester blend, for instance, can combine the absorbency and soft hand of rayon with the reinforcing contribution of polyester. Low-melt polyester fibers can be introduced when the customer needs a material with a firmer feel or additional bonding potential.

Material preparation also helps reduce variation. Fiber opening equipment must separate compressed bales and distribute fibers evenly. Contamination control and batch identification are necessary to protect product consistency and traceability. Reliable raw-material management is an essential foundation for a uniform nonwoven web.

Carding and Web Formation

Carding separates and aligns fibers into a web. The company can provide single-carding, double-carding, triple-carding, and sandwich constructions. Each configuration offers different possibilities for thickness, loft, fiber distribution, and strength.

Single-carding may be suitable for lighter materials or applications where a simple, economical structure is preferred. Double-carding and triple-carding can support greater web development, improved uniformity, and more complex performance targets. The precise choice depends on basis weight, fiber type, required hand, tensile balance, and end use.

In sandwich construction, fibers can be arranged around a polypropylene or other internal layer. The fibers/PP/fibers structure can provide higher cross-breaking strength and a thicker fabric profile. This construction is useful when the finished material must feel more substantial or maintain integrity under demanding handling conditions.

Fiber orientation may be parallel, semi-cross, or produced through other transfer arrangements. Orientation influences tensile behavior, elongation, tear resistance, and dimensional stability. Engineering the orientation to the application helps avoid the common problem of optimizing one direction while neglecting the other.

Hydroentanglement

During hydroentanglement, high-pressure water jets entangle the fibers and create a coherent web. The process can provide strength without relying primarily on adhesive binders. It also helps preserve the softness and flexibility that make spunlace attractive for skin-contact applications.

Water pressure, nozzle configuration, line speed, web support, and the number of entanglement stages all influence the final fabric. Process engineers must balance entanglement intensity with surface feel and absorbency. Excessive treatment may compress the structure or reduce loft, while insufficient treatment may cause poor integrity or fiber shedding.

Carefully controlled hydroentanglement contributes to the product’s uniform appearance and stable mechanical performance. It also supports the production of fine and rich textures, which can enhance both the tactile experience and the visual quality of the finished material.

Pattern Formation

The dot flower design is formed as part of the nonwoven production process. Pattern control requires stable web tension, accurate embossing or forming conditions, and synchronization between the production line and pattern equipment. A consistent 5mm dot pattern helps ensure that finished rolls look uniform from beginning to end.

Pattern customization allows the buyer to select a visual identity or surface configuration appropriate to a particular product. Although pattern selection is often associated with appearance, it may also influence surface contact, texture, liquid distribution, and the perceived thickness of the fabric.

Drying and Finishing

After hydroentanglement, the fabric must be dried under controlled conditions. Drying affects residual moisture, dimensional stability, hand, and final roll quality. Excessive heat may influence fiber characteristics or finishing performance, while insufficient drying can create storage and converting concerns.

After-finishing options include hydrophilic finishing, coating, and antistatic finishing. Hydrophilic treatment can improve wetting and liquid acceptance. Coating can be considered when a customer requires a particular surface characteristic or functional layer. Antistatic finishing can reduce static buildup in suitable polyester-based constructions and may be valuable in manufacturing environments where static control is important.

Inspection, Slitting, and Packaging

Inspection is performed throughout production to identify weight variation, visible defects, pattern inconsistency, edge problems, contamination, and other quality concerns. The fabric may then be slit into customer-specific widths and wound into rolls suitable for wipe converting, mask production, diaper assembly, or other downstream operations.

Proper winding is important because roll hardness, edge alignment, telescoping, and roll stability affect the efficiency of converting lines. Packaging must protect the material from moisture, dust, handling damage, and contamination during transport and storage. Clear labeling and batch traceability support quality management throughout the supply chain.

Special Construction: Sandwich Spunlace Fabric

One of the product platform’s notable options is the sandwich structure, in which fiber layers are arranged around an internal polypropylene layer. This construction is designed for applications requiring a thicker and more robust material. According to the available product information, the structure offers high cross-breaking strength and a fuller fabric profile.

The sandwich option can be especially useful when a product must resist tearing in the cross direction, maintain shape during converting, or provide a more substantial feel. It may also help manufacturers reduce the need to choose between softness and structural support. The external fiber layers can provide a comfortable surface, while the internal layer contributes to reinforcement.

A representative customized construction uses a blend of rayon, polyester, and polypropylene at a specified basis weight, with double carding, parallel orientation, and a dot pattern. This type of specification demonstrates how the product can be engineered around a customer’s particular performance target rather than sold only as a standard commodity fabric.

Special Construction: Tambour Transfer Technology

Tambour transfer technology is another specialized option in the product range. Its key reported advantage is a low machine-direction to cross-direction ratio. In practical terms, a lower MD/CD ratio can indicate a more balanced relationship between the two principal directions of the fabric.

Directional balance is important for wipes, masks, medical products, and composite materials that are subjected to pulling, folding, stretching, or multidirectional handling. A fabric with excessive directional imbalance may behave predictably in one direction but become weaker or more extensible in the other. Tambour transfer processing can help manufacturers address this issue when balanced performance is a priority.

The suitability of tambour transfer depends on the intended application, basis weight, fiber blend, and converting method. It should therefore be selected through technical discussion and, where necessary, sample evaluation. The advantage is that customers have access to more than one processing route when developing a fabric for a demanding application.

Application-Specific Product Solutions

Wet Wipes

Wet wipes require a fabric that can absorb or retain liquid, remain coherent when saturated, and provide a soft, comfortable wiping surface. Rayon-rich constructions are commonly considered for this use because of their absorbency and pleasant hand. A representative specification is 100% rayon, 60 grams per square meter, double carding, semi-cross orientation, and a dot pattern.

Other wet-wipe constructions may use 100% rayon with parallel orientation and a plain surface. The availability of both patterned and plain options gives converters greater freedom when developing private-label products, institutional wipes, household cleaning wipes, or personal-care wipes.

For wet wipes, the right basis weight depends on the desired thickness, liquid loading, strength, and cost target. A heavier fabric may provide a more substantial wiping experience, while a lighter structure can support material efficiency and a thinner folded pack.

Dry Wipes

Dry wipes must provide effective pickup, sufficient integrity, and a pleasant surface without relying on lotion or pre-applied liquid. The product range includes rayon, bamboo, and cotton options for dry-wipe applications.

A 100% bamboo construction at approximately 40 grams per square meter can provide a soft natural-fiber positioning. A 100% cotton construction at approximately 60 grams per square meter may be selected when a fuller cotton hand and a higher basis weight are preferred. A 100% rayon construction at approximately 60 grams per square meter offers another combination of softness, absorbency, and drape.

The choice between bamboo, cotton, rayon, and blended fibers should be based on product positioning, desired hand, absorbency, processing behavior, and cost. Technical support during sampling helps ensure that the selected fabric performs properly on the customer’s folding, cutting, packing, and dispensing equipment.

Facial Masks

Facial masks require a smooth, skin-friendly, uniform fabric that can conform to the face and support the intended cosmetic or skincare formulation. A representative facial-mask construction uses 100% rayon at approximately 42 grams per square meter, with double carding, semi-cross orientation, and a dot pattern.

The patterned surface can add visual differentiation while the rayon content supports softness and liquid uptake. Depending on the formulation and mask design, customers may request adjustments to basis weight, surface texture, wet strength, absorbency, or dimensions.

Medical Gauze

Medical gauze applications demand cleanliness, uniformity, adequate strength, and suitable absorbency. A representative construction uses 70% rayon and 30% polyester at approximately 30 grams per square meter, with single carding, parallel orientation, and a mesh pattern.

The rayon contributes absorbency and softness, while polyester can support strength and stability. The mesh structure may help achieve the openness and surface characteristics required by a specific medical product. Medical applications may also involve additional customer requirements concerning packaging, testing, traceability, and regulatory documentation.

Diaper Cores

Diaper-core materials must be lightweight, uniform, and compatible with the absorbent-core design. A representative specification is 30% rayon and 70% polyester at approximately 31 grams per square meter, produced through single carding with parallel orientation and a plain surface.

The blend is designed to balance the absorbent contribution of rayon with the structural contribution of polyester. The correct fabric selection depends on the diaper architecture, absorbent-core composition, acquisition layer, production speed, and bonding method. Close cooperation between the nonwoven supplier and diaper manufacturer is important when integrating the material into high-speed production.

Composite Materials

Composite applications may use spunlace as a reinforcing, covering, cushioning, or surface layer. A representative construction uses 100% polyester at approximately 35 grams per square meter, with single carding, parallel orientation, and a plain surface.

Polyester can provide useful strength, dimensional stability, abrasion resistance, and compatibility with different bonding or lamination processes. The final performance depends on the adhesive, film, foam, substrate, or additional nonwoven layer used in the composite structure.

Mask Cloth

Mask cloth should provide softness, uniformity, suitable air permeability, and stable handling during cutting and assembly. A representative specification uses 100% polyester at approximately 45 grams per square meter, produced with double carding, semi-cross orientation, and a plain surface.

Customers may request further adjustments according to mask construction, filtration-system design, ear-loop assembly, comfort targets, and production equipment. Hydrophilic or antistatic options may also be considered for specialized applications.

Functional Finishes and Customized Performance

Hydrophilic Finishing

Hydrophilic finishing improves the ability of a fabric surface to accept and distribute water-based liquids. This is particularly useful for polyester-rich materials, facial masks, wipes, and products where rapid wetting is important.

A representative hydrophilic construction is 100% polyester at approximately 40 grams per square meter, with double carding, parallel orientation, a plain pattern, and hydrophilic treatment. The actual performance should be verified using application-specific testing, since liquid uptake depends on fabric structure, liquid composition, temperature, pressure, and contact time.

Antistatic Finishing

Static buildup can affect converting, packaging, material handling, and user experience. Antistatic finishing can be considered for polyester-based products or manufacturing environments where electrostatic behavior requires control.

A representative antistatic construction uses 100% polyester at approximately 50 grams per square meter, double carding, semi-cross orientation, a plain surface, and antistatic treatment. The required antistatic performance depends on humidity, equipment speed, packaging materials, and the end-use environment.

Coating and Surface Modification

Coating options may be considered when the customer requires a particular surface function, appearance, barrier characteristic, or bonding compatibility. Coating selection must be matched to the fiber composition and intended application. The manufacturer can evaluate coating weight, adhesion, flexibility, surface feel, and downstream converting requirements during product development.

Quality and Customization Advantages

One of the strongest advantages of working with an experienced nonwoven manufacturer is the ability to move from a general requirement to a controlled technical specification. Instead of selecting a material solely by name, the buyer can define the performance profile in terms of fiber composition, basis weight, carding method, orientation, pattern, finishing, width, roll format, and packaging.

This approach can provide several advantages over purchasing a generic, non-customized fabric:

First, it allows closer alignment with the final product. A wipe for sensitive skin may require a softer and more absorbent construction than an industrial cleaning wipe. A medical gauze product may require a different balance of strength and openness than a facial mask. A diaper-core application may need a lightweight, stable structure compatible with high-speed assembly.

Second, customization can help reduce unnecessary material cost. Buyers do not have to select an excessively heavy or over-engineered material when a lighter construction meets the functional requirement. Conversely, the manufacturer can increase basis weight, add a reinforcement layer, or modify the blend when a demanding application requires additional performance.

Third, a technically optimized fabric can improve converting efficiency. Stable rolls, uniform basis weight, consistent width, controlled moisture, and predictable tensile behavior help reduce interruptions and material waste during cutting, folding, slitting, laminating, and packaging.

Fourth, the manufacturer can support product differentiation. A customized pattern, special fiber blend, hydrophilic finish, antistatic treatment, or sandwich construction can help a buyer create a product with a distinct market position.

Company Manufacturing Strengths

Zhejiang Uniquality Nursing Products Technology Co., Ltd. operates within Kingsafe and Uniquality’s broader nonwoven and hygiene-material organization. Founded in 1987, the group has developed expertise in research and development, production, and sales of medical and hygienic nonwoven materials, nursing products, and high-end clothing interlining.

The organization has established production bases in several major Chinese industrial regions, including facilities associated with Zhejiang, Guangdong, Jiangsu, and Hubei. This multi-base structure supports production capacity, regional logistics, technical collaboration, and supply continuity for different categories of customer demand.

The company has introduced advanced production equipment and technology from Germany, France, and Italy. Internationally developed equipment can contribute to precise web formation, stable production speeds, improved process control, and reliable product consistency when operated by an experienced technical team.

The company’s product scope covers spunlace nonwoven fabrics, spunmelt nonwoven fabrics, hot-air-through nonwoven fabrics, flushable and degradable nonwoven materials, wet wipes, dry wipes, baby diapers, pull-ups, wet toilet paper, cleansing wipes, and related products. This broad portfolio gives the company a practical understanding of how nonwoven materials perform in real finished goods.

Experience across medical, maternal and infant care, beauty, home cleaning, industrial cleaning, and clothing applications also supports cross-category innovation. A process solution developed for one application may provide useful insight for another, while a broad product portfolio enables customers to source several related materials from one experienced supplier.

The group has been recognized as a leading participant in China’s industrial textile and nonwoven sector. Its stated enterprise values emphasize dedication, innovation, inclusiveness, attention to detail, and cooperation. These principles are particularly relevant to customized materials, where successful results depend on continuous communication between the buyer, product-development team, process engineers, quality staff, and production department.

Why the Product Can Compete Effectively

Broad Fiber Selection

Many nonwoven products are restricted to one or two standard fibers. This product platform supports polyester, viscose, bamboo, tencel fiber, cotton, low-melt polyester fiber, and blended compositions. The wider selection enables more precise performance design and gives buyers greater freedom in responding to market trends.

Multiple Manufacturing Routes

Single-carding, double-carding, triple-carding, sandwich construction, parallel orientation, semi-cross orientation, and tambour transfer processing provide multiple routes to the target result. This is a meaningful advantage when a customer’s application cannot be served effectively by a single standard structure.

Pattern and Finish Flexibility

The 5mm dot flower pattern provides a recognizable surface identity, while pattern customization allows further differentiation. Hydrophilic, coating, and antistatic options extend the product beyond a basic untreated sheet and allow the fabric to address specific functional demands.

Application Knowledge

A supplier that understands wet wipes, dry wipes, masks, medical gauze, diaper cores, and composite materials can better anticipate downstream requirements. This application knowledge helps the supplier recommend appropriate basis weight, fiber composition, orientation, and finishing rather than treating every inquiry as a simple fabric order.

Large-Scale Production Experience

More than three decades of development provide an established foundation for production management, technical service, quality systems, and customer cooperation. Customers seeking long-term supply generally benefit from working with a manufacturer capable of supporting both initial sampling and later volume production.

Recommended Buyer Evaluation Process

When evaluating 5mm Dot Flower Spunlace Nonwoven Fabric, buyers should begin by defining the finished product rather than selecting a fabric in isolation. Important questions include whether the product will be wet or dry, whether it must contact sensitive skin, how much liquid it must hold, what tensile strength is needed, how it will be converted, and what packaging format will be used.

The next step is to define the target composition. Rayon, bamboo, cotton, and tencel fiber may be considered when softness and absorbency are important. Polyester may be appropriate when strength, stability, abrasion resistance, or cost control is prioritized. Blends can be developed to combine these characteristics.

Basis weight should then be selected based on thickness, coverage, absorbency, strength, and price objectives. The available range of approximately 20 to 100 grams per square meter provides substantial flexibility, but the optimum value should be verified through sampling and production trials.

Customers should also specify the desired fiber orientation and carding method. Semi-cross structures may provide a useful balance of directional properties, while parallel structures may be appropriate for applications with a clear machine-direction requirement. Single, double, or triple carding should be evaluated according to web formation and thickness targets.

Finally, the buyer should determine whether a surface treatment is required. Hydrophilic finishing may improve wetting, antistatic finishing may reduce static concerns, and coating may create a specialized surface. Each treatment should be evaluated for compatibility with liquids, skin contact, sterilization, adhesives, printing, and downstream converting.

Technical Information for Sampling and Qualification

A complete technical inquiry should include the intended application, preferred fiber composition, basis weight, pattern, roll width, approximate annual volume, packaging requirements, and any regulatory or testing expectations. If the fabric will be used in a finished hygiene or medical product, information about liquid type, saturation level, cutting method, folding configuration, and packaging speed can also be valuable.

Sampling should evaluate more than appearance. Useful tests may include basis-weight uniformity, thickness, tensile strength in machine and cross directions, elongation, absorbency, wet strength, liquid strike-through, softness, surface lint, pattern consistency, moisture content, and antistatic or hydrophilic performance where relevant.

Converting trials are equally important. A fabric that performs well in laboratory testing must also run effectively on the buyer’s equipment. Trial production can reveal issues involving web tension, slitting, folding, sealing, adhesive compatibility, roll unwinding, dust generation, and packaging behavior.

For medical, baby-care, and skin-contact products, customers should establish appropriate cleanliness, microbiological, chemical, and regulatory requirements before commercial production. The supplier and buyer should agree on testing methods, acceptance criteria, change-control procedures, and documentation responsibilities.

Frequently Asked Questions

What is 5mm Dot Flower Spunlace Nonwoven Fabric?

It is a patterned spunlace nonwoven fabric featuring a 5mm dot flower surface design. It is produced by mechanically entangling fibers with high-pressure water jets and can be customized in fiber composition, basis weight, carding method, orientation, pattern, and finishing.

Which fibers can be used?

Available options include polyester, viscose, bamboo, tencel fiber, cotton, low-melt polyester fiber, and blended compositions. The appropriate selection depends on the required softness, absorbency, strength, dimensional stability, cost, and sustainability positioning.

What basis weights are available?

Products from approximately 20 to 100 grams per square meter can be customized. The correct basis weight depends on the finished product, required thickness, absorbency, strength, coverage, and converting process.

Can the pattern be changed?

Yes. The 5mm dot flower pattern is a key available design, but patterns can be customized according to product appearance and functional requirements. Buyers should discuss pattern size, repeat, surface texture, and production feasibility during development.

What is the advantage of double carding?

Double carding can support improved web formation, greater uniformity, and a more developed fabric structure compared with a basic single-carding construction. The actual benefit depends on the fiber blend, basis weight, orientation, and intended application.

What is the sandwich construction?

Sandwich construction places an internal polypropylene layer between fiber layers. It is designed to provide higher cross-breaking strength and a thicker, more substantial fabric profile. It can be considered for applications requiring additional structural support.

What is tambour transfer technology used for?

Tambour transfer technology is associated with a low machine-direction to cross-direction ratio. It can be considered when a more balanced directional performance is required, particularly in products subjected to handling or loading in more than one direction.

Can the fabric be made hydrophilic?

Yes. Hydrophilic finishing is available for applications requiring improved wetting or liquid acceptance. It can be particularly useful for polyester-based fabrics and products such as wipes or facial masks.

Is antistatic fabric available?

Yes. Antistatic finishing can be applied to suitable constructions when static buildup is a concern during manufacturing, converting, packaging, or use.

Which applications are most suitable?

The fabric can be developed for wet wipes, dry wipes, facial masks, medical gauze, diaper cores, composites, cotton wipes, mask cloth, and other related hygiene or technical products. The final suitability should be confirmed through technical sampling and application testing.

Can the company support private-label and OEM projects?

Yes. The company’s capabilities include customized nonwoven materials and finished hygiene products. Buyers can discuss material specifications, product design, packaging, and production requirements for OEM or private-label development.

How should customers begin a project?

Customers should provide the intended application, preferred fiber type, target basis weight, pattern preference, required treatment, roll dimensions, forecast volume, and any relevant testing or regulatory requirements. The manufacturer can then recommend a construction and arrange sampling for evaluation.

Conclusion

5mm Dot Flower Spunlace Nonwoven Fabric combines a distinctive patterned surface with the softness, flexibility, and application versatility associated with spunlace technology. Its customizable fiber compositions, basis weights, carding methods, orientations, patterns, and functional finishes allow it to serve a wide range of hygiene, medical, beauty, and household products.

The material can be optimized for absorbency through rayon, bamboo, cotton, or tencel fiber; strengthened and stabilized with polyester; adapted for special structures through low-melt fibers or sandwich construction; and modified through hydrophilic, coating, or antistatic treatments. Options such as tambour transfer processing can further address directional-performance requirements.

Its competitive value comes not only from the fabric itself but also from the manufacturing system behind it. Advanced international equipment, broad application experience, multiple production bases, extensive fiber and process options, and decades of nonwoven expertise provide a strong foundation for customized and scalable supply.

For buyers developing wet wipes, dry wipes, facial masks, medical gauze, diaper components, composite materials, or mask cloth, the product offers a practical platform for balancing comfort, strength, liquid management, appearance, production efficiency, and cost. Through structured sampling and technical cooperation, the fabric can be adapted to the specific requirements of both established brands and new private-label products.

References

1. Product specification and application information supplied for 5mm Dot Flower Spunlace Nonwoven Fabric.

2. Technical information concerning spunlace nonwoven production, carding, hydroentanglement, fiber orientation, and finishing processes.

3. General industry literature on nonwoven fabric properties, absorbency, tensile behavior, web formation, and hygiene-product converting.

4. Company-provided information concerning manufacturing capabilities, product categories, production bases, and organizational development.

5. General technical references concerning medical nonwovens, personal-care wipes, diaper components, facial-mask materials, and composite nonwoven structures.

Product: 5mm Dot Flower Spunlace Non-woven Fabric