If you’re manufacturing wet wipes—or evaluating a supplier’s quotation—you’ll encounter the term “non-woven fabric” immediately. It’s not just a technical detail. The type of non-woven material you choose directly affects product quality, customer perception, and your per-unit cost.
After 15 years sourcing wet wipes machinery and helping buyers set up production lines, I’ve seen how material decisions made at the start ripple through the entire operation. Here’s what you need to know.
What Is Non-Woven Fabric?
Non-woven fabric is a textile made by bonding fibers together mechanically, chemically, or thermally—without weaving or knitting them into yarn first.
For wet wipes, non-woven fabric serves as the base substrate: the material that gets saturated with liquid solution, folded, cut, and packaged.
Why non-woven instead of woven fabric?
✓ Faster production (no yarn spinning or weaving required)
✓ Lower cost per square meter
✓ Consistent thickness and structure
✓ Better liquid absorption and release
✓ Disposable-friendly (can be designed to break down or flush)
Traditional woven fabrics (like cotton cloth) are too expensive and too durable for single-use wipes. Non-woven materials hit the cost-performance sweet spot.
The Two Main Types of Non-Woven Fabric for Wet Wipes
Not all non-woven fabrics are the same. The production method determines texture, strength, and application.
- Spunlace (Hydroentangled)
How it’s made:
High-pressure water jets entangle the fibers, creating a strong, soft fabric without chemical binders or heat.
Characteristics:
✓ Soft, cloth-like texture
✓ High tensile strength (doesn’t tear easily when wet)
✓ Excellent liquid absorption
✓ Suitable for baby wipes, facial wipes, makeup removers
Typical fiber blend:
Viscose/polyester blend (common ratios: 50/50, 70/30, or 100% viscose for premium wipes)
GSM range:
40–80 GSM (grams per square meter)
- 40-50 GSM: economy wipes
- 60-70 GSM: standard quality
- 70-80 GSM: premium, thicker wipes
Cost:
Higher than airlaid or thermal-bonded fabrics, but delivers superior hand feel.
- Airlaid
How it’s made:
Fibers are dispersed in an air stream and then bonded with latex or thermal bonding. The result is a bulkier, more absorbent fabric.
Characteristics:
✓ High absorbency (can hold more liquid per gram)
✓ Bulkier, less “cloth-like” feel
✓ Often used in industrial or household cleaning wipes
✓ Can be engineered for flushability
Typical fiber blend:
Wood pulp + synthetic fibers (polyester, polypropylene)
GSM range:
50–100 GSM (thicker and fluffier than spunlace at the same GSM)
Cost:
Moderate; more expensive than thermal-bonded, cheaper than premium spunlace.
- Thermal-Bonded / Spunbond (Less Common for Wet Wipes)
These materials are cheaper but rougher. They’re used in low-cost household wipes or industrial applications where softness isn’t a priority.
For consumer-facing wet wipes (baby, facial, personal care), spunlace dominates because consumers expect a soft, non-scratchy texture.
Key Specifications That Affect Quality
When you’re evaluating a non-woven supplier or configuring your wet wipes line, pay attention to these specs:
- GSM (Grams Per Square Meter)
This measures fabric weight and thickness.
- Low GSM (40-50): Thin, economy wipes—acceptable for single-use cleaning but may tear easily
- Mid GSM (60-70): Standard wipes, good balance of cost and quality
- High GSM (70-80+): Premium wipes, thicker and more durable
Important: GSM alone doesn’t tell the full story. A 60 GSM spunlace feels very different from a 60 GSM thermal-bonded fabric.
- Fiber Composition
Common blends:
- 100% Viscose (Rayon): Softest, most biodegradable, premium price
- Viscose/Polyester (70/30 or 50/50): Balanced cost and performance
- 100% Polyester: Stronger, less soft, cheaper
For baby wipes and facial wipes, buyers expect at least 50% viscose. For industrial wipes, 100% polyester works fine.
- Tensile Strength (Wet and Dry)
Wet tensile strength measures how much force the fabric can withstand when saturated with liquid. This is critical—if your wipes tear during use, customers won’t buy again.
Spunlace typically has higher wet tensile strength than airlaid or thermal-bonded fabrics.
- Absorbency (Liquid Retention)
Measured as the percentage of liquid the fabric can hold relative to its dry weight.
Airlaid fabrics excel here (they can absorb 5-7x their weight), but spunlace offers better liquid release (the liquid comes out when you wipe, instead of staying trapped in the fabric).
- Biodegradability / Flushability
If you’re targeting eco-conscious consumers or want to claim “flushable wipes,” material choice is critical:
- 100% viscose or wood pulp: Can be engineered to break down
- Polyester blends: Not flushable, not biodegradable
Flushability requires both material selection and production process adjustments. Don’t assume any non-woven fabric is automatically flushable.
How Non-Woven Choice Impacts Your Production Line
Your material decision affects more than just the wipes—it influences your machinery setup:
- Machine compatibility
Some wet wipes machines are optimized for spunlace; others handle airlaid better. Check with your equipment supplier before committing to a fabric type. - Solution saturation ratio
Spunlace typically uses a 1:2.5 to 1:3.5 fabric-to-liquid ratio. Airlaid can absorb more, so you may adjust formulation. - Cutting and folding
Thicker, bulkier fabrics (high-GSM airlaid) may require adjustments to cutting blade pressure and folding mechanisms. - Cost per wipe
Non-woven fabric is usually 30-50% of your total production cost. A 10 GSM increase can add $0.005–0.01 per wipe—small per unit, but it compounds across millions of wipes. Common Mistakes Buyers Make
❌ Choosing fabric based on price alone
A cheaper fabric may save $0.02 per pack, but if customers complain about tearing or roughness, you’ll lose repeat sales.
❌ Ignoring target market expectations
Baby wipes buyers expect soft, thick spunlace. Household cleaning wipes buyers tolerate rougher, cheaper material. Match the fabric to the application.
❌ Not testing fabric samples before ordering machinery
Run samples on your intended machine before you order 10 tons of fabric. Some fabrics don’t perform well on certain production lines.
❌ Overlooking certifications
If you’re exporting to the EU or North America, check that your non-woven supplier can provide safety and compliance documentation (OEKO-TEX, dermatological testing, etc.).
How to Choose the Right Non-Woven Fabric
Step 1: Define your product positioning
Premium baby wipes? → 70 GSM spunlace, 70% viscose
Economy household wipes? → 50 GSM spunlace or thermal-bonded
Eco-friendly flushable wipes? → 100% viscose or wood pulp airlaid
Step 2: Request samples from 2-3 suppliers
Feel the texture, test wet tensile strength, compare absorbency.
Step 3: Run production trials
Test the fabric on your machinery (or your supplier’s demo machine) before committing to a large order.
Step 4: Calculate cost per wipe
Factor in GSM, fabric price per ton, and yield (how many wipes you get per kilogram of fabric).
Step 5: Verify compliance
Ensure the fabric meets safety standards for your target market (FDA, EU cosmetics regulation, etc.).
Final Thoughts
Non-woven fabric isn’t just a raw material—it’s the foundation of your wet wipes product. The difference between a 50 GSM thermal-bonded fabric and a 70 GSM spunlace isn’t subtle. Customers feel it immediately.
If you’re setting up a wet wipes production line, don’t treat fabric selection as an afterthought. It determines product quality, customer satisfaction, and whether you’re competing on price or value.
Need help sourcing the right non-woven fabric supplier—or configuring a wet wipes line for your target market?
We’ve been connecting buyers with the right material suppliers and machinery since 2011.
📩 Get in touch: sales@zhenbaotrading.com