Raw White Super Hydrophilic Staple Fiber, Non-Fluorescent High Absorption Fiber for Wipes & Diaper Cores

Raw white non-fluorescent super hydrophilic staple fiber, engineered for high-absorption wipes and diaper cores. This 3D×64mm fiber delivers instant wetting, rapid penetration, and superior liquid retention through permanent molecular grafting technology.

The 3D×64MM raw white non-fluorescent super hydrophilic staple fiber addresses key pain points in absorbent nonwoven production. Standard hydrophilic fibers often suffer from uneven surface coating, slow absorption speed, low liquid retention, and performance degradation over time. Many mass-market absorbent fibers contain optical brighteners and residual additives, which pose skin irritation risks and are unsuitable for infant and medical applications. Low-grade fibers also commonly cause high fly waste, frequent end breaks, and uneven web formation during high-speed production.

This product solves these issues through material innovation and precision processing. Its advanced full-surface hydrophilic grafting technology bonds hydrophilic groups permanently to the fiber molecular structure, rather than simply coating the surface. This creates a uniform, long-lasting hydrophilic effect that delivers instant wetting, rapid penetration, and high liquid holding capacity, with minimal performance degradation after processing and repeated use.

The raw white non-fluorescent formulation is designed for premium hygiene and medical applications. It is produced from virgin food-grade polymer in a closed clean production system, with no optical brighteners, bleaching agents, or harmful additives added at any stage. The natural pure white appearance meets the visual and safety requirements of high-end hygiene and medical products.

At 3D fine denier and 64mm standard staple length, it is optimized for modern high-speed nonwoven production. It opens and cards smoothly, forms uniform defect-free fiber webs, and performs reliably across spunlace, needle punching, and air-laid processes with minimal fiber breakage and fly waste. The consistent fiber specification also ensures uniform absorbency across the entire finished web, eliminating quality variation.

As a high-performance, safety-focused absorbent fiber, it is widely adopted by premium hygiene brands, medical material manufacturers, and industrial filtration suppliers. We supply in bulk with stable stock, and support customization of hydrophilic level, fiber specification, and functional modifications such as antibacterial and odor-resistant treatment. Samples are available for absorption rate testing, liquid retention measurement, web formation trial, and hand feel evaluation before placing bulk orders.

Absorbent cores and distribution layers for baby diapers, adult incontinence pads, sanitary napkins, and panty liners. Super fast absorption and uniform diffusion improve liquid utilization and reduce reverse wetting, enhancing product dryness and comfort.

Baby wipes, facial cleansing wipes, household cleaning wipes, and cosmetic cotton pads. Non-fluorescent hygiene-grade formula ensures skin safety, while super hydrophilic performance delivers uniform liquid saturation and consistent wiping performance.

Surgical dressings, wound care pads, medical absorbent cotton, and disposable care pads. Pure raw white non-fluorescent quality meets medical hygiene standards, with reliable absorbency and low linting performance for clinical use.

Liquid filter media, air filter layers, industrial absorbent pads, and oil-water separation materials. Uniform fiber structure and controllable hydrophilicity deliver stable filtration efficiency and adsorption capacity across various industrial scenarios.

• Full-Surface Super Hydrophilic Grafting, Ultra-Fast Absorption & High Retention
  Advanced permanent grafting technology uniformly bonds hydrophilic groups to the entire fiber molecular structure, rather than simply coating the surface. It achieves instant wetting, rapid liquid penetration, and high liquid retention capacity. Compared with standard coated hydrophilic fibers, it delivers faster absorption speed, more uniform horizontal diffusion, and longer-lasting liquid holding, maximizing absorbency efficiency for core layers and wipe products.
• Raw White Non-Fluorescent Formula, Hygiene-Grade & Skin-Safe
  Manufactured from virgin food-grade polymer with no optical brighteners, bleaching agents, or harmful additives, it features a natural clean raw white shade, free of impurities and unpleasant odors. It meets safety standards for skin-contact products, infant care items, and medical hygiene applications, eliminating risks of skin irritation and harmful residue.
• 3D Fine Denier + 64MM Standard Staple, Excellent Processability
  3D fine denier creates dense, soft fiber webs with smooth surface and uniform absorbency. The 64mm standard staple length is optimized for mainstream nonwoven processing lines including carding, air-laid forming, spunlace, and needle punching, ensuring smooth fiber opening, uniform web formation, and minimal fly waste, supporting high-efficiency mass production.
• Uniform Liquid Diffusion, Reduced Reverse Wetting Risk
  Evenly distributed hydrophilic groups and consistent fiber porosity enable smooth lateral liquid diffusion and stable vertical wicking. It avoids localized oversaturation and reduces reverse osmosis back to the contact surface, improving overall dryness performance and absorbent utilization ratio for hygiene products.
• Stable Compact Structure, High Strength & Low Linting
  The fiber features a compact internal structure with good tensile strength and abrasion resistance. It resists breakage and pilling during high-speed processing and end use, producing low-linting, long-lasting fiber webs suitable for wiping, dressing, and filtration applications.
• Customizable Performance, Consistent Batch Quality
  Strict in-process control ensures consistent denier, length, hydrophilicity, and whiteness across every batch. Hydrophilic level, denier, length, and functional modifications such as antibacterial treatment can be customized to match specific application requirements.