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China White Polyester Spunlace Nonwoven Fabric Products Suppliers, Company
Product Description
Changshu Yongdeli Spunlaced Nonwoven Fabric Co., Ltd. specializes in the research, development, and production of pure white polyester spunlace nonwoven fabric. Utilizing premium polyester fibers combined with precise hydroentanglement technology and stringent quality control, we deliver durable, stable, and highly compatible material solutions engineered for home cleaning, industrial manufacturing, and medical protection.
I. Core Advantages: Dual Guarantee of Durability and Practicality
This white polyester spunlace nonwoven fabric relies on the inherent characteristics of polyester fibers coupled with spunlace processing, demonstrating notable advantages in performance, cost, and cross-scenario versatility compared to standard natural fiber nonwovens.
1. Physical Properties & Durability
- High Strength & Damage Resistance: Enhanced by hydroentanglement, longitudinal breaking strength reaches ≥15N/5cm and transverse ≥10N/5cm, far outperforming standard viscose nonwovens. It resists tearing, pilling, and repeated abrasion, offering a service life 2 to 3 times longer than natural fiber options.
- Dimensional Stability Without Shrinkage: Thermal shrinkage remains < 1% at 100°C water temperatures. Dimensional deviation is ≤2% under washing and high-temperature drying, preventing visible shrinkage or structural deformation.
2. Broad Environmental Resistance
- Waterproof, Moisture-Proof & Mold-Resistant: With a minimal water absorption rate of approximately 0.4%, the hydrophobic fiber stays dry in humid surroundings, hindering bacterial proliferation and mold in damp spaces.
- Chemical Corrosion Resistance: Remains stable when exposed to common detergents and disinfectants (including alcohol and sodium hypochlorite) without dissolution, discoloration, or structural loss.
- Sun & Aging Resistance: Maintains fiber integrity and its pure white color under prolonged UV and sunlight exposure, performing significantly better against aging than cotton or viscose.
3. Cost Efficiency in Mass Production
- Controlled Material Costs: Reliable raw material availability reduces base costs by 15% to 20% compared to pure cotton or viscose, offering significant financial advantages in volume manufacturing.
- High Efficiency & Low Loss: Raw material loss during carding and spunlacing stays under 3%—far lower than the typical 5%–8% loss seen with natural fibers.
4. Appearance & Functional Compatibility
- Pure White Aesthetic: Produced via a non-bleaching method, yielding a clean, natural luster without optical brighteners or hazardous pigments. It meets strict purity expectations for hygienic and medical goods and can be dyed into custom colors.
- Custom Functional Superimposition: Easily integrates post-treatments such as antistatic properties (surface resistance 10⁸-10¹¹Ω), flame retardancy (LOI ≥28%), and antimicrobial capabilities, maintaining >80% effectiveness after repeated laundering.
5. Eco-Friendly & Recyclable Profile: The fabric can be reprocessed into recycled polyester materials using physical recycling methods to curb industrial solid waste. Furthermore, high-pressure clean water replaces chemical binders during hydroentanglement, and the unbleached process drastically saves water and eliminates toxic emissions.
II. Core Features: Purpose-Built Solutions for Application Pain Points
Centered around "durability, stability, and cost-efficiency," this fabric addresses crucial practical demands:
- Durability and Practicality in Balance: Suited for heavy-rotation tasks such as household cleaning and factory wiping. The cloth can be laundered 5 to 8 times without losing strength, and its hydrophobic surface releases grease and stains with a quick water rinse.
- Performance Stability Across Extremes: Functions reliably across wide temperature ranges (-30°C to 120°C), remaining flexible in freezing conditions and dimensionally stable in heat, moisture, and chemical contact.
- Multi-Functional Expandability: Enables multiple concurrent enhancements—such as "anti-static + antibacterial" for electronics manufacturing or "flame-retardant + water-resistant" for fire protection—allowing downstream producers to standardize base material inventories.
III. Main Application Fields
1. Home Cleaning
- Daily Cleaning Supplies: Kitchen dishcloths, bathroom wipes, and floor dusters—washable, reusable, and gentle enough to prevent scratching ceramics, glass, or stainless steel.
- Garment Care Accessories: Washing machine lint filter pouches and dustproof garment covers that retain their shape and block dust.
- Pet Care Supplies: Tear-resistant, mold-proof pet wipes and bed linings suited for moist environments.
2. Industrial Manufacturing
- Precision Industrial Wiping: Anti-static cloths for electronics and automotive assembly lines; lint-free and resistant to solvents like alcohol and acetone.
- Protective Packaging: Wrapping cloths for machinery parts and metal components that shield against friction, moisture, and rust.
- Filtration Media: Primary industrial wastewater and air filtration media offering precision between 10–50μm with strong chemical durability.
3. Medical Protection
- Medical Sanitizing Consumables: Disinfectant-ready, lint-free wipes for the initial cleaning of instruments and clinic spaces.
- Protective Apparel Components: Reinforcement layers for cuffs, collars, and surgical cap outers that ensure sterile presentation and tear resistance.
- Patient Care Aids: Liquid-barrier outer layers for disposable underpads and durable, easy-to-clean wheelchair covers.
4. Outdoor & Horticulture
- Outdoor Protective Gear: Backing materials for sunshades and tent flooring with elevated UV and moisture resistance.
- Agricultural Fabrics: Mulching fleece and plant nursery bags that counter weed growth, resist weather degradation, and support root aeration.
About Yongdeli: Professional Spunlace Manufacturer
Changshu Yongdeli Spunlace Nonwoven Fabric Co., Ltd. brings over 20 years of dedicated experience to manufacturing white polyester spunlace nonwoven fabrics. Utilizing automated spunlace lines and virgin polyester chips, we maintain accurate carding densities and water pressures. Every production batch maintains a web uniformity error ≤2%, a breaking strength consistency above 98%, and an annual capacity reaching 6,000 tons.
Tailored Customization Capabilities: Fabric weight ranges from 30 to 300 g/m², available in plain, pearl embossed, and perforated mesh patterns. Surface enhancements including anti-static, fire retardant, and antibacterial treatments can be configured according to application requirements.
For sample requests or technical specifications, our engineering team is available to support your application needs.
Frequently Asked Questions (FAQ)
What makes white polyester spunlace stronger than viscose nonwovens?
Polyester fibers naturally provide high tensile resilience. When mechanically entangled using high-pressure spunlace technology, the fibers bind tightly, achieving breaking strengths of ≥15N/5cm (longitudinal) and ≥10N/5cm (transverse) without shedding lint.
Can this material be washed and reused multiple times?
Yes. In general cleaning applications, the material can withstand 5 to 8 wash cycles without tearing or losing structural integrity, providing substantial cost savings over single-use items.
Is the pure white color achieved through chemical bleaching?
No. The white appearance is achieved through clean processing and raw fiber purity without optical fluorescent agents or bleaching chemicals, making it safe for medical-grade and hygienic conversions.
What weight (GSM) options and patterns are available?
Weight specifications range from 30g/㎡ to 300g/㎡. Surface pattern options include smooth plain weave, pearl embossing, and mesh apertures to match varying absorption and scrubbing requirements.
How does the fabric perform around chemicals and cleaning disinfectants?
Polyester is chemically inert toward standard cleaning solvents, alcohol, and mild chlorine solutions, allowing safe use in industrial degreasing and clinical disinfection tasks without fiber breakdown.
