How to Choose Spunlace Nonwoven Fabric for Wet Wipes Manufacturing

Choosing the right spunlace nonwoven fabric is a critical purchasing decision for wet wipes manufacturers. The substrate affects absorbency, softness, wet strength, lotion retention, converting efficiency, and the cost of every finished wipe.

A fabric that performs well in a laboratory may still cause problems on a high-speed converting line. It may stretch during feeding, release excessive lint, tear when saturated, or absorb lotion too slowly. Conversely, a fabric with excellent performance may be unnecessarily expensive if its properties exceed the requirements of the final product.

For wet wipes manufacturers, the goal is not simply to buy the softest or cheapest fabric. It is to identify a substrate that delivers the required user experience, runs consistently on production equipment, and provides a competitive total cost.

This guide explains how to choose spunlace fabric for wet wipes manufacturing, evaluate fiber composition and GSM, define technical specifications, test samples, compare suppliers, and calculate material costs. It is designed for wipes converters, private-label manufacturers, distributors, and importers sourcing nonwoven fabric for commercial production.

1. Why Spunlace Fabric Is Widely Used for Wet Wipes

Spunlace nonwoven fabric is produced by entangling fibers using high-pressure water jets. This process creates a flexible web without relying solely on conventional woven structures or thermal bonding.

Depending on fiber composition, basis weight, manufacturing conditions, and finishing, spunlace fabric can offer a useful combination of softness, absorbency, drape, and strength.

These properties make it a candidate material for several wet-wipe applications, including personal care wipes, baby wipes, facial cleansing wipes, makeup remover wipes, household cleaning wipes, and selected industrial wipes.

However, not every spunlace fabric is suitable for every wipe formulation or production line. Material selection should be based on the intended application and verified performance.

Common wet wipes applications

These are general selection priorities, not guaranteed performance outcomes. A finished wipe's performance also depends on the lotion, preservatives, wipe dimensions, folding pattern, packaging, and manufacturing process.

2. Start With the Finished Wipe, Not the Fabric Price

One of the most common purchasing mistakes is asking for a price before defining the product requirements.

For example, two manufacturers may request 50 GSM spunlace fabric, but one may produce facial cleansing wipes while the other makes heavy-duty cleaning wipes. Their required fiber blends, strength, absorbency, and linting performance may be different.

Before requesting a quotation, answer five questions:

1. What type of wipes will you manufacture?

2. What are the finished wipe dimensions?

3. What liquid or lotion will the fabric absorb?

4. What performance must the wipe deliver when dry and saturated?

5. What are the requirements of your converting equipment?

If you already use a substrate, provide its specification and explain what you want to improve. You may want to reduce cost, improve softness, increase absorption speed, reduce tearing, or improve machine performance.

If you are developing a new product, ask potential suppliers to recommend two or three candidate materials for sample testing rather than choosing a specification based on price alone.

3. Choose the Right Fiber Composition

Fiber composition strongly influences the performance and cost of spunlace fabric. Common options include viscose, polyester, cotton, and selected blends. The available choices depend on the manufacturer's capabilities and raw-material sourcing.

Fiber comparison for wet wipes

Viscose-rich fabric

Viscose-rich spunlace fabric is often considered when softness and liquid absorption are important. It may be suitable for personal care or cosmetic wipes, subject to product testing.

However, higher viscose content does not automatically guarantee better overall performance. The material still needs to meet requirements for wet strength, linting, lotion compatibility, and converting behavior.

Polyester-containing fabric

Polyester can contribute to strength and dimensional stability. It may be useful when the wipe needs to withstand mechanical handling or repeated wiping.

The trade-off is that polyester is not as absorbent as many cellulosic fibers. The appropriate balance depends on the final product.

How to select the blend ratio

Instead of choosing a blend based on a general industry preference, compare candidate materials under the same test conditions.

For example, a wipes manufacturer could compare:

• A viscose-rich substrate for softness and absorption.

• A viscose/PET blend for a potential balance of absorbency and strength.

• A different available blend if the first two do not meet the converting or end-use requirements.

Request the actual fiber composition and confirm how it is documented. Do not rely on descriptions such as “natural,” “eco-friendly,” or “cotton-like” as substitutes for a defined composition.

If your product requires recycled content, plastic-free positioning, or a specific environmental claim, establish the exact requirements and evidence before ordering. Fiber composition alone does not prove that a finished wipe is biodegradable, compostable, or flushable.

4. Select the Appropriate GSM

GSM means grams per square meter. It measures the mass of the fabric per unit area and directly affects material consumption.

Higher GSM generally means more fabric per wipe when dimensions are unchanged. However, GSM alone does not determine softness, strength, absorbency, or quality.

Illustrative GSM ranges for wet wipes

The following ranges are starting points for product development, not universal industry standards or guaranteed recommendations.

The actual suitable GSM depends on the wipe dimensions, fiber blend, product positioning, liquid formulation, and intended use.

A lower-GSM fabric may be sufficient for a lightweight wipe, while a thicker substrate may be preferred for applications requiring greater bulk or durability. Neither option is automatically superior.

How GSM affects cost per wipe

Consider a wipe measuring 20 × 15 cm.

Its area is:

0.20 m × 0.15 m = 0.03 m²

At 45 GSM:

0.03 m² × 45 g/m² = 1.35 g of dry fabric per wipe.

At 55 GSM:

0.03 m² × 55 g/m² = 1.65 g of dry fabric per wipe.

The 55 GSM option uses approximately 22.2% more dry fabric per wipe than the 45 GSM option, assuming identical dimensions and no change in cutting layout.

If a manufacturer produces millions of wipes per month, this difference can significantly affect material expenditure.

However, reducing GSM is only beneficial if the finished wipe still meets customer expectations for handling, coverage, absorbency, and strength.

5. Evaluate Absorbency and Liquid Retention

Absorbency is one of the most important properties of fabric used in wet wipes manufacturing. The substrate must take up the intended liquid and retain it sufficiently for the product's purpose.

However, absorbency capacity and absorption speed are different properties.

• Absorbency capacity describes how much liquid the fabric retains under a defined test method.

• Absorption speed describes how quickly the fabric takes up the liquid.

• Liquid retention describes how well the fabric holds the liquid during handling or use.

A substrate may absorb a large quantity of liquid but take too long to do so. Another may absorb quickly but release liquid readily when squeezed.

What should buyers test?

Agree on the test method, liquid, conditioning procedure, and reporting units before comparing suppliers. Results from different test methods may not be directly comparable.

Test with the actual wipe formulation

Water-only tests can be useful for preliminary screening, but they do not necessarily predict performance with a finished wipe lotion.

Surfactants, oils, solvents, humectants, preservatives, and other formulation components may affect wetting, absorption, liquid distribution, and material integrity.

For this reason, evaluate candidate substrates using the intended formulation whenever possible.

For baby wipes, facial wipes, or other products intended for skin contact, the finished formulation and finished product should also undergo the evaluations required for the intended market and use.

6. Check Wet Strength and Dry Strength

Wet wipes fabric must withstand both converting operations and use after saturation.

Dry tensile strength measures resistance to pulling forces under dry test conditions. Wet tensile strength measures performance after the sample has been wetted using a defined procedure.

These results should not be treated as interchangeable.

Why wet strength matters

A wipe may feed correctly through the converting line when dry but tear during use after absorbing lotion. This can lead to poor customer experience, product complaints, or increased waste.

When evaluating spunlace fabric, consider:

• Tensile strength in the machine direction (MD).

• Tensile strength in the cross direction (CD).

• Wet tensile strength where relevant.

• Elongation under specified test conditions.

• Resistance to tearing during folding and dispensing.

• Performance after contact with the intended formulation.

Machine direction and cross direction are important because the fabric may not behave identically along both axes.

Establish measurable acceptance criteria

Instead of asking a supplier for “strong fabric,” define the minimum performance required for your application.

For example, an RFQ can state that the fabric must meet agreed MD and CD tensile requirements, including wet-strength criteria measured using a specified method.

The actual limits should be established through product development, testing, and supplier agreement. Do not use arbitrary numbers that have not been validated for the intended wipe.

7. Evaluate Softness, Surface Uniformity, and Linting

Softness can be a major differentiator in personal care wipes, while surface uniformity and linting may be especially important for cosmetic, industrial, and selected cleaning applications.

These properties are not always captured by GSM or tensile testing alone.

Softness and hand feel

A fabric's perceived softness can depend on fiber type, fiber arrangement, surface texture, thickness, finishing, and moisture conditions.

When evaluating samples, compare them under consistent conditions. If possible, involve the people who will assess the finished product rather than relying only on a purchasing team's first impression.

For skin-contact products, subjective softness should not replace relevant safety and finished-product evaluations.

Surface uniformity

Inspect the fabric for:

• Uneven texture.

• Holes or thin areas.

• Visible contamination.

• Wrinkles or folds.

• Inconsistent color, where color is specified.

• Damaged or uneven edges.

The acceptable level of variation should be agreed in advance.

Linting

Linting refers to the release of fibers or particles from the fabric during handling or use. Excessive linting can be undesirable for cosmetic wiping, surface cleaning, and applications where residue matters.

Evaluate linting using a consistent method appropriate to the intended application. A casual visual check may identify obvious problems but is not always sufficient for a formal acceptance decision.

8. Confirm Compatibility With the Wet Wipes Converting Line

A fabric can meet laboratory requirements and still be unsuitable for a particular production line.

Wipes converting commonly involves unwinding, web feeding, cutting, folding, liquid application, stacking, and packaging. The exact process depends on the product and equipment.

The substrate should run reliably through the operations relevant to your factory.

Key converting considerations

Why roll specifications matter

Before placing an order, confirm the required fabric width, roll length or weight, core diameter, maximum outer diameter, winding quality, and any splice restrictions.

A roll that is too wide may cause unnecessary trimming. A roll that is too short may require frequent changes. Poor winding can create wrinkles, tracking issues, or interruptions.

Ask the manufacturer to confirm whether the proposed roll configuration matches your equipment.

9. Specify Fabric Roll Width, Length, and Packaging

Roll specifications should be included in the RFQ, especially for large or recurring orders.

Roll width

Specify the required nominal width and tolerance. Clarify whether this refers to the incoming roll width or the usable width after trimming.

If the fabric must be slit into narrower rolls, confirm the available slitting capability and any additional charges.

Roll length or weight

Choose the method that best fits your production process. Fixed-length rolls can help plan production runs, while target roll weights may simplify purchasing and logistics.

If both are important, agree on the target values and tolerances.

Core and outer diameter

Confirm the core inner diameter required by your unwinding equipment. If there is a maximum roll diameter, include it in the specification.

Packaging and labeling

Discuss individual roll wrapping, edge protection, lot identification, palletization, and export packaging. Requirements should reflect the material's sensitivity, shipment route, and storage conditions.

Roll specification checklist

For a more detailed discussion of roll dimensions and packaging, see the related guide on spunlace fabric roll specifications.

10. Calculate Fabric Consumption and Cost Per Wipe

For wet wipes manufacturers, price per kilogram is only one part of the purchasing decision. Fabric consumption per finished wipe is often more useful when comparing different GSM levels, dimensions, or supplier quotations.

Formula 1: Dry fabric weight per wipe

Fabric weight per wipe (g) = Wipe area (m²) × GSM (g/m²)

For a 20 × 15 cm wipe at 45 GSM:

0.20 × 0.15 × 45 = 1.35 g.

Formula 2: Fabric cost per wipe

Fabric cost per wipe = Fabric weight per wipe (kg) × Fabric price per kg

Suppose the fabric costs a hypothetical US$2.20/kg.

The fabric weight per wipe is 1.35 g, or 0.00135 kg.

0.00135 × US$2.20 = US$0.00297 per wipe.

This is an illustrative calculation, not a current market quotation. It excludes waste, lotion, packaging, converting, labor, freight, and other costs.

Formula 3: Adjust for production waste

If the waste rate is defined as a percentage of the purchased input material:

Required input material = Usable material required ÷ (1 − waste rate)

For example, if production needs 100 kg of usable fabric and the waste rate is 3% of input material:

100 ÷ (1 − 0.03) = 103.09 kg.

The manufacturer would need approximately 103.09 kg of input fabric to obtain 100 kg of usable material under that assumption.

Be careful when comparing waste figures. Some factories calculate waste as a percentage of input material, while others calculate it relative to usable output. Those definitions produce different results.

Formula 4: Estimate wipes per kilogram

For a wipe using 1.35 g of dry fabric:

1,000 g ÷ 1.35 g = approximately 740 wipes per kilogram before waste.

Actual production yield depends on the cutting layout, edge trimming, rejects, splices, and other process losses.

Compare total material cost, not only price per kilogram

A slightly more expensive fabric may provide better overall value if it reduces production waste or improves line performance. However, any claimed benefit should be demonstrated through trials or reliable production data.

11. How to Evaluate a Wet Wipes Fabric Supplier

Selecting a suitable wet wipes fabric supplier requires more than comparing quotations. The supplier should be able to provide consistent material, understand the technical requirements, and support the order from sample approval through bulk delivery.

Manufacturer or trading company?

A direct manufacturer may provide more direct access to production information and technical discussions. A trading company may offer access to multiple factories or a broader product range.

Neither category is automatically better. The relevant questions are whether the supplier can meet your requirements, verify the material's origin and specifications, and manage quality and delivery reliably.

Supplier evaluation criteria

Verify claims and documentation

Ask for documents that are relevant to your intended product and market. Confirm the document holder, scope, validity, and applicability.

A general management-system certificate does not automatically prove that a particular substrate meets all requirements for baby wipes, medical applications, or a specific environmental claim.

Similarly, a fabric test report does not necessarily establish the safety or regulatory compliance of the finished wipe. The complete product and formulation may require separate evaluation.

12. Prepare a Technical RFQ for Wet Wipes Fabric

A detailed RFQ helps suppliers understand your requirements and provide comparable recommendations.

If you already have a proven material, share the existing specification and identify the changes you want to make. If you are developing a new product, explain the intended application and ask the supplier to recommend suitable sample options.

RFQ information checklist

Do not include requirements that you cannot explain or verify. If a parameter is not yet established, mark it as a target for supplier recommendation and sample evaluation.

Sample RFQ email

Subject: RFQ for Spunlace Fabric for Wet Wipes Manufacturing

Dear Sales Team,

We are sourcing spunlace nonwoven fabric for wet wipes manufacturing and would like to evaluate suitable material options.

Our preliminary requirements are:

• Application: [type of wipes]

• Fiber composition: [required blend or recommendation]

• GSM: [target GSM and tolerance]

• Finished wipe dimensions: [width × length]

• Fabric roll width: [required width]

• Roll length or weight: [requirement]

• Absorbency and strength requirements: [details, if available]

• Surface requirements: [softness, linting, etc.]

• Trial order quantity: [quantity]

• Estimated regular order quantity: [quantity]

• Destination country: [country]

• Required documents: [if applicable]

Please recommend suitable material options and provide available specifications, sample arrangements, MOQ, quotation, production lead time, and packaging details.

Please also confirm which requirements can be customized and whether the quoted material has been tested under conditions relevant to wet wipes applications.

We would like to evaluate samples before confirming a bulk order.

Best regards,
[Name]
[Company]
[Contact Information]

13. Sample Testing: How to Compare Candidate Fabrics

Sample testing is essential because technical data alone may not reveal how a fabric behaves on your production line or in the finished wipe.

A practical testing process should use the same conditions for all candidate materials.

Stage 1: Check basic specifications

Confirm fiber composition, GSM, width, thickness if specified, and roll configuration.

Check that each sample is correctly identified and that its specification corresponds to the supplier's documentation.

Stage 2: Test dry properties

Depending on the application, evaluate:

• Surface uniformity.

• Softness and hand feel.

• GSM and thickness.

• Dry tensile strength.

• Elongation and handling.

• Linting or particle release where relevant.

Stage 3: Test wet properties

Use the intended lotion or a clearly defined test liquid to evaluate absorption, liquid distribution, wet integrity, and handling strength.

Record the method, conditions, and results so the samples can be compared fairly.

Stage 4: Run a converting trial

If possible, run the sample through the actual equipment or a representative process.

Observe web feeding, cutting, folding, lotion application, stacking, and packaging. Record interruptions, material waste, and any defects.

Stage 5: Evaluate the finished wipe

Assess the final product against the required user experience and product specifications. For skin-contact products, conduct the appropriate finished-product evaluations for the intended use and market.

Sample comparison table

Use the same test conditions and agreed acceptance criteria for each sample. The best option is the one that meets the essential requirements at an acceptable total cost.

14. Common Mistakes in Wipes Nonwoven Fabric Selection

Mistake 1: Choosing the cheapest fabric

The lowest price per kilogram does not guarantee the lowest cost per wipe or the best manufacturing result.

Better approach: Compare material consumption, waste, converting performance, and delivered cost.

Mistake 2: Selecting GSM without testing performance

A heavier fabric is not automatically stronger or more absorbent, and a lighter fabric is not necessarily inferior.

Better approach: Evaluate GSM alongside fiber composition, wet strength, absorbency, and the actual finished-product requirements.

Mistake 3: Ignoring lotion compatibility

A substrate that absorbs water well may behave differently with a lotion containing surfactants, oils, or other ingredients.

Better approach: Test candidate fabric with the intended formulation.

Mistake 4: Relying only on dry tensile strength

Wet wipes are used in a saturated state, so dry strength alone may not predict real-world performance.

Better approach: Define and test wet-strength requirements when relevant.

Mistake 5: Failing to check machine compatibility

Incorrect width, roll diameter, winding, or core dimensions can create avoidable production interruptions.

Better approach: Include roll specifications in the RFQ and confirm them against equipment requirements.

Mistake 6: Requesting vague specifications

Terms such as “premium quality,” “super absorbent,” or “extra soft” do not establish measurable acceptance criteria.

Better approach: Define test methods, target values, tolerances, and acceptable defects wherever possible.

Mistake 7: Assuming the fabric certificate proves finished-product compliance

A certificate or test report may cover only a specific material, property, production site, or scope.

Better approach: Verify what the document actually demonstrates and identify any additional requirements for the finished wipe.

Mistake 8: Failing to retain the approved sample

Without an identified reference sample and written specification, it can be difficult to resolve disagreements about bulk production.

Better approach: Record the approved sample, specification version, test results, and acceptance limits before confirming the order.

15. How MINGYU Can Support Your Fabric Sourcing

When sourcing spunlace fabric for wet wipes manufacturing, buyers need to evaluate material performance, roll compatibility, quality consistency, and total cost together.

MINGYU supplies nonwoven materials for international B2B customers. Buyers developing wet wipes or other disposable products can share their intended application, target GSM, fiber composition, roll width, performance requirements, and estimated order quantity to discuss suitable options.

To make the initial evaluation more efficient, prepare:

• The type of wipes you manufacture.

• Finished wipe dimensions and intended use.

• Required fiber composition or acceptable alternatives.

• Target GSM and tolerance.

• Required roll width and roll configuration.

• Key absorbency, strength, and surface requirements.

• Trial quantity and expected recurring demand.

• Destination country and delivery requirements.

If your specification is not finalized, explain the product you are developing and the performance you want to achieve. Candidate materials can then be assessed through samples and application testing.

Final selection should be based on documented specifications, actual performance, production compatibility, and total purchasing cost rather than on a general product description or price alone.

Frequently Asked Questions

1. What is the best spunlace fabric for wet wipes manufacturing?

There is no single best fabric for every wet wipe. The right option depends on the intended application, fiber composition, GSM, absorbency, wet strength, lotion compatibility, converting equipment, and target cost. Compare samples under consistent test conditions before selecting a material.

2. What GSM is commonly used for wet wipes?

The suitable GSM depends on the product. Lightweight facial wipes may use a different basis weight from household cleaning wipes or heavy-duty industrial wipes. Use indicative ranges only for initial screening, then validate the specification through testing.

3. Is viscose better than polyester for wet wipes?

Neither fiber is universally better. Viscose is generally associated with good moisture absorption and softness, while polyester can contribute strength and dimensional stability. Blends may balance different properties. The correct choice depends on the finished product and test results.

4. How do I calculate fabric consumption per wipe?

Multiply the wipe area in square meters by the fabric GSM to obtain the theoretical dry fabric weight per wipe. Adjust for cutting layout, edge trimming, and production waste to estimate actual material consumption.

5. How can I compare wet wipes fabric suppliers?

Compare technical specifications, samples, quality control, production capability, MOQ, lead time, documentation, export support, communication, and total delivered cost. Make sure each supplier is quoting equivalent material and roll specifications.

6. Why is wet tensile strength important?

Wet tensile strength indicates how the material withstands pulling forces under defined wet test conditions. It is relevant when the wipe must remain intact after saturation. Requirements should be established for the intended application rather than copied from an unrelated product.

7. Should I test the fabric with my actual lotion?

Yes, whenever possible. The formulation can affect wetting, liquid distribution, absorption, and material integrity. Water-only testing may be useful for preliminary comparison but does not necessarily predict performance with the finished lotion.

8. What roll specifications should I provide to a supplier?

Provide the required fabric width, roll length or weight, core inner diameter, maximum outer diameter if applicable, winding requirements, splice policy, packaging, and labeling. Confirm tolerances before production.

9. Can I reduce the cost of wet wipes by choosing a lower GSM?

Potentially, but only if the lower-GSM material still meets the required performance. Compare fabric cost per wipe, absorption, wet strength, converting efficiency, and waste. A lower price per kilogram does not automatically result in a better product cost.

10. What documents should I request from a wet wipes fabric supplier?

Request the material specification, relevant test reports, fiber-composition documentation, and any certificates or declarations required for your product and target market. Verify each document's scope and do not assume that fabric documentation alone proves finished-product compliance.

11. Can spunlace fabric be used for baby wipes?

Spunlace may be used as a substrate for baby wipes, but suitability depends on the fabric composition, manufacturing controls, lotion formulation, finished-product requirements, and applicable market regulations. The complete product must be evaluated for its intended use.

12. What is the most important factor when choosing wipes nonwoven fabric?

The most important factor is whether the fabric meets the essential requirements of the finished wipe while running reliably through production at an acceptable total cost. That decision should combine technical testing, converting trials, supplier evaluation, and cost analysis.

Conclusion

Choosing the right spunlace fabric for wet wipes manufacturing requires a systematic evaluation of fiber composition, GSM, absorbency, wet strength, surface characteristics, roll specifications, and production compatibility.

The most effective purchasing process begins with the finished product's requirements. Buyers should prepare a clear RFQ, compare equivalent materials, test samples with the intended formulation, and verify performance on the converting line before approving bulk production.

Finally, calculate the cost per finished wipe rather than comparing only price per kilogram. Material utilization, waste, roll changes, and product consistency can all influence the economics of large-volume manufacturing.

By combining clear specifications, practical testing, and supplier verification, wet wipes manufacturers can make more reliable sourcing decisions and develop a long-term supply arrangement based on measurable performance.