What is Printed Mesh Spunlace Nonwoven Fabric?
Jun 09,2025
What is Printed Mesh Spunlace Nonwoven Fabric?
I. Basic Definition
Printed Mesh Spunlace Nonwoven Fabric is a functional nonwoven material that combines pattern printing with mesh structure through special processes. Its core technology integrates
spunlace technology and
printing technology, while the mesh design endows the material with unique breathability, moisture permeability, or visual effects, widely used in medical, beauty, home, and industrial fields.
II. Process and Structure Analysis
- Principle of Spunlace Technology
- High-pressure water flow (50-100MPa) is used to puncture the fiber web, causing fibers to entangle and form without chemical adhesives, resulting in soft hand feel, high strength, and environmental friendliness.
- Difference from ordinary spunlace fabric: Regular or irregular mesh holes (0.1-1mm in diameter, adjustable density) are formed during spunlace through screen structure or patterned rollers.
- Types of Printing Technologies
- Water-based ink printing: Eco-friendly and non-toxic, suitable for medical or skin-contact scenarios (e.g., facial mask fabrics).
- Heat transfer printing: Patterns are transferred to the fabric at high temperature, featuring vivid colors and water resistance (often used for decorative fabrics).
- Digital printing: Computer-controlled inkjet printing supports high-resolution customized patterns (e.g., personalized home textiles).
III. Material Characteristics and Advantages
Core Features | Technical Advantages | Application Scenarios |
Mesh structure design | Air permeability 30%-50% higher than ordinary spunlace, enabling rapid moisture drainage | Medical surgical gowns (anti-adhesion and breathable), sports braces |
Printing functionality | Patterns can be endowed with antibacterial (e.g., silver-ion ink) or mosquito-repellent (essential oil microcapsules) functions | Pet pads, outdoor sunshade fabrics |
Physical properties | Balanced dry/wet strength, abrasion resistance, and deformation resistance | Industrial filter materials, automotive interior cleaning cloths |
Environmental features | Spunlace process without chemical residues; degradable materials (e.g., wood pulp + PLA) comply with environmental standards | Compostable shopping bags, disposable eco-friendly wipes |
IV. Comparison with Other Nonwovens
Type | Printed mesh spunlace | Ordinary spunlace | Spunbond nonwoven |
Structural characteristics | Printed pattern with mesh | No mesh, solid colors optional | No printing, dense structure |
Air permeability | High (dual structure of mesh + spunlace pores) | Medium | Low |
Hand feel | Soft with three-dimensional effect | Soft and smooth | Stiffer |
Typical applications | Facial masks, decorative materials | Medical gauze, wet wipes | Shopping bags, protective suits |
V. Industry Standards and Certifications
- Environmental certifications:
- OEKO-TEX® Standard 100 (fabric safety grade for direct skin contact products).
- GRS (Global Recycle Standard) for products using recycled fibers (e.g., recycled PET).
- Functional certifications:
- Antibacterial effect testing (e.g., JIS L 1902), color fastness testing (ISO 105-B02).
VI. Market Application Trends
- Personalized customization: Digital printing promotes small-batch customized production, suitable for brand peripherals (e.g., logo-printed wet wipes).
- Medical upgrades: Mesh structure combined with antibacterial printing for surgical drapes (reducing bacterial growth while enhancing breathability).
- Sustainable development: Degradable wood pulp-based mesh fabrics replace traditional chemical fiber materials, complying with the EU Single-Use Plastics Directive.
VII. How to Purchase Printed Mesh Spunlace Nonwoven Fabric?
- Clarify the purpose: Medical grade requires ISO 13485 compliance; decorative use focuses on color fastness; eco-friendly scenarios prioritize degradable materials.
- Key parameters:
- Grammage (typically 35-120gsm, higher grammage means greater strength);
- Mesh density (holes per cm², affecting breathability);
- Printing adhesion (no color fading after friction testing).
- Supplier qualifications: Prefer manufacturers certified by FDA and CE, such as HYFabricsupply, a leading enterprise offering customized printed mesh spunlace solutions, supporting full-process services from material R&D to mass production.
For high-quality printed mesh spunlace nonwoven fabrics, contact HYFabricsupply – a 15-year expert in nonwoven customization, equipped with digital printing production lines and spunlace process patents. Products cover medical-grade antibacterial mesh fabrics and eco-degradable printed materials, supporting custom designs and free sample testing. Visit our official website or consult customer service for details.
