Composition:Plant Fiber
Pattern:Plain、Embossed
Weight:50-100gsm
Max.Width:320cm
Customizable Color:White
Our nonwoven for toilet wet tissue is a premium flushable plant fiber hydroentangled material engineered specifically for moist toilet tissue, flushable wet wipes, and bathroom hygiene products requiring sewer-safe disposal. Manufactured using advanced hydroentanglement (spunlace) technology—a binder-free process that uses high-pressure water jets to mechanically entangle fibers—this fabric is composed entirely of short natural plant fibers (wood pulp, viscose, lyocell), with no synthetic fibers and no chemical binders. This construction provides an optimal balance between in-use strength and post-flush dispersion, enabling the fabric to hold together during wiping yet quickly break apart when flushed, eliminating drain blockage risk while leaving no microplastic residue.
The global flushable biodegradable nonwoven fabric market was valued at USD 1.45 billion in 2024 and is projected to reach USD 3.28 billion by 2032, growing at a CAGR of 9.3%. With toilet wet tissue demand accelerating globally as consumers shift from traditional dry toilet paper to moist alternatives for superior hygiene and comfort, EDANA GD4 certification has become a business-critical requirement for flushable products entering US and European markets.
Our flushable toilet wet tissue substrate is available in two pattern variants, both maintaining full EDANA GD4 flushability compliance:
🔸Plain pattern: Smooth, uniform surface offering gentle, streak-free cleaning—ideal for sensitive skin applications and daily bathroom hygiene
🔸Embossed pattern: Textured surface that enhances liquid capture and provides gentle scrubbing action—ideal for enhanced cleaning performance and consumer-preferred aesthetics
Both options maintain full EDANA GD4 flushability compliance while delivering the performance characteristics required for their respective applications.
Our nonwoven for toilet wet tissue complies with the EDANA/INDA 4th Edition Guidelines for Flushable Products (GD4) —the most widely referenced global benchmark for flushable product development. A significant development for international suppliers is the global convergence around GD4: Standards Australia explicitly builds its national standard upon GD4 test methods, while Belgian and Spanish authorities have adopted GD4 provisions into law. Spain's UNE 149002 standard requires both GD4 dispersion testing and mandatory “Do Not Flush” labeling for non-compliant products.
The GD4 certification encompasses seven rigorous tests simulating the complete journey from toilet to treatment plant:
| Test | Purpose |
| Toilet & Drainline Clearance | Confirms product clears residential toilets and drain lines |
| Slosh Box Disintegration | Measures controlled breakup in simulated sewer conditions (reduced from 180 to 60 minutes in GD4) |
| Household Pump Test | Verifies no pump clogging in home sewage systems |
| Municipal Pump Test | Validates compatibility with municipal wastewater infrastructure |
| Settling Test | Ensures no sediment accumulation in sewer pipes |
| Aerobic Biodegradation | Confirms breakdown in oxygen-rich wastewater treatment |
| Anaerobic Biodegradation | Confirms breakdown in oxygen-free environments |
A critical distinction often misunderstood by procurement teams: visible disintegration in water does not equal passing certification. Authentic flushability requires simultaneous satisfaction of two distinct performance dimensions: physical dispersion (GD4 Slosh Box Test requiring material passing through a 12.5mm sieve at 60 minutes) and biological degradation (aerobic/anaerobic tests). Products meeting GD4 guidelines must demonstrate complete disintegration within a maximum of 28 days, passing all seven tests to be certified as truly flushable and environmentally safe.
The fabric is composed entirely of short natural plant fibers (wood pulp, viscose, lyocell—typically 2–22mm in length) . Wood pulp provides low-cost, highly absorbent characteristics, while short-cut rayon/lyocell balances absorbency, structural integrity, and cost. The material utilizes the water-absorbing, swelling, and segregating properties of cellulose fibers to form the necessary use strength and rapid water-washing dispersibility. The binder-free hydroentanglement process uses no chemical binders, no fluorescent agents, and preserves natural fiber properties, ensuring a hypoallergenic, residue‑free result ideal for sensitive skin contact.
2025–2026 marks a watershed moment for flushable wipes regulation:
📦US (WIPPES Act): The proposed federal WIPPES Act mandates that non-flushable wipes must carry conspicuous “Do Not Flush” labeling, creating a clear market division: only products that pass stringent testing protocols can confidently claim “flushable” status.
📦EU Green Claims Directive (GCD) : The GCD mandates that environmental marketing claims be scientifically substantiated, requiring independent third-party validation with traceable documentation.
📦Standards convergence: In the absence of a single global standard, GD4 has become the de facto benchmark for flushability compliance. WA 2025: Understanding the Impact of the WIPPES Act highlights how manufacturers and converters must navigate varied requirements while preparing for a potentially unified approach in the years ahead.
The combination of regulatory pressure, retailer demands for certified products, and consumer preference for plastic-free bathroom hygiene solutions has made GD4 certification a market access requirement for international suppliers of nonwoven for toilet wet tissue.
| Feature | Benefit |
| 100% Plant Fiber Composition | No synthetic fibers, no microplastic residue, fully biodegradable |
| EDANA GD4 Certified | Verifiable flushability compliance through 7 rigorous tests; meets EU Green Claims Directive requirements |
| Plain & Embossed Pattern Options | Versatile surface textures for different hygiene preferences and brand positioning |
| Binder-Free Hydroentangled Technology | No chemical binders, no fluorescent agents, preserves natural fiber properties, hypoallergenic |
| High Absorbency | Rapid liquid uptake and retention for efficient cleaning performance |
| Short Fiber Structure (2–22mm) | Enhanced dispersibility, rapid breakdown when flushed, superior runnability on converting lines |
| Low Linting | Minimal fiber shedding, residue‑free usage |
| 320cm Max Width | Efficient processing for large-scale converting operations |
✅Moist toilet tissue: Soft, residue-free flushable bathroom wipes for daily hygiene—superior cleaning compared to traditional dry toilet paper
✅Flushable wet wipes (personal hygiene) : Feminine wipes, adult care wipes, family bathroom wipes
✅Baby wipes (flushable variants) : Gentle on sensitive infant skin with sewer-safe disposal
✅Household flushable wipes: Bathroom cleaning wipes for eco-conscious consumers
✅Travel & on-the-go: Portable flushable wipes for convenient sanitation anywhere
Produced on Industry 4.0 spunlace production lines with real‑time quality monitoring, our nonwoven for toilet wet tissue delivers consistent basis weight, uniform absorbency, and reliable tensile strength batch after batch—critical for high‑speed converting operations. The hydroentanglement process—using high‑pressure water jets at 80–120 bar to mechanically entangle plant fibers without chemical binders—preserves the natural properties of the cellulosic fibers while ensuring the dispersibility required for GD4 compliance. Hydroentangled wetlaid production dominates installed capacity in 2026 and remains the most practical manufacturing route for flushable end products.
The fabric is compatible with standard converting equipment including slitting, folding, stacking, and packaging machinery. Customization support is available for grammage (50–100 GSM), pattern (plain/embossed), and width to meet specific OEM/ODM requirements for toilet tissue, personal care brands, and private label flushable wipes manufacturing.
From raw material cultivation to finished product production, the sustainable sourcing of plant fibers supports reduced environmental impact, and the plant-based substrate naturally degrades after disposal, truly realizing the circular economy principle of ‘from nature to nature’.
