Microfibre Spunlace Nonwoven Fabric

B2B Raw Material Supplier · India

Microfibre Spunlace Nonwoven Fabric — Manufacturer & Supplier India

Favourite Fab supplies microfibre spunlace nonwoven fabric in bulk to premium wet wipe manufacturers, cosmetic sheet producers, optical and electronics cleaning product OEMs, and medical nonwoven converters across India and 50+ export markets. Microfibre spunlace is a distinct substrate category from standard spunlace — produced from fibres finer than 1 denier, it delivers measurably superior cleaning efficiency, particle capture, and skin feel that standard denier fibres cannot replicate regardless of GSM or fibre composition.

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<1.0Denier Fibre

20–80GSM Range

50+Export Countries

ISOCertified

Technical Overview

What Is Microfibre Spunlace Nonwoven Fabric?

Microfibre spunlace nonwoven fabric is produced by hydroentangling fibres with a linear density below 1.0 denier (approximately 10 micrometres diameter for polyester). Standard spunlace uses fibres in the 1.5–3.0 denier range. The reduction in fibre diameter from 2.0 denier to 0.5 denier increases the number of fibres per gram by a factor of sixteen — producing a fabric with dramatically more fibre-to-surface contact points, a significantly smaller effective pore size, and a qualitatively different surface texture that is perceptibly smoother and softer to touch and skin contact.

The performance difference between microfibre and standard fibre spunlace is not incremental — it is categorical in three areas: cleaning efficiency (microfibre captures and retains particles rather than moving them across the surface), skin feel (the absence of fibre ends coarser than ~10 µm against the skin eliminates the mechanical irritation that causes ‘scratchy’ nonwoven feel), and optical-grade surface performance (microfibre can clean optical coatings without the micro-scratching caused by coarser fibres).

For B2B procurement, microfibre spunlace is specified in applications where standard spunlace has been tried and found insufficient on one of these three performance dimensions — or where the end product is positioned at a premium price point requiring verifiably superior performance. Microfibre spunlace carries a raw material cost premium of 25–60% over standard denier spunlace at equivalent GSM.

STANDARD FIBRE — 2.0 DENIER (~14µm)

~9 fibres visible · large gaps between fibres
Particles pass between fibre gaps
MICROFIBRE — 0.5 DENIER (~7µm) ✓

~60+ fibres visible · minimal gaps between fibres
Particles captured and retained by dense fibre network

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16× More Fibres Per Gram — Why Performance DiffersReducing fibre diameter from 2.0 denier to 0.5 denier increases the fibre count per gram by a factor of sixteen. This produces sixteen times more surface contact points per unit area, a pore structure measured in microns rather than tens of microns, and a surface texture that is qualitatively different from standard spunlace at equivalent GSM. More mass of coarser fibre does not produce the same fibre density or pore size as less mass of finer fibre.

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Optical Surface Cleaning — Where Microfibre Is MandatoryStandard denier fibres at 10–25 µm diameter produce micro-scratches on optical coatings during cleaning that accumulate over repeated use and permanently degrade optical clarity. Microfibre spunlace at 0.3–0.7 denier produces fibres at 5–8 µm — below the threshold for mechanical scratching of hardcoated optical surfaces.

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Skin Feel Difference — Measurable, Not SubjectiveThe ‘scratchy’ sensation caused by some nonwoven fabrics against sensitive skin is a mechanical response to fibre ends above approximately 10–12 µm diameter contacting mechanoreceptors in the dermis. Microfibre at 0.5 denier (~7 µm) is below this threshold — individual fibres cannot be felt by skin mechanoreceptors, producing what consumers describe as silk-like or cloth-like texture.

Technical Specifications

Microfibre Spunlace — Full Specification Range

Microfibre spunlace is available in polyester microfibre, polyamide/polyester split-type microfibre, and viscose/microfibre blend. Fibre denier and blend ratios confirmed at enquiry based on application.

Parameter	Standard Range	Notes for Buyers
Fibre Denier	0.2 – 0.9 denier (microfibre range)	0.5 denier is the most common specification; below 0.3 denier for ultra-premium optical and medical applications at higher cost
Fibre Diameter	5 – 10 µm (typical)	Fibre diameter determines optical scratch threshold and skin feel performance — confirm at enquiry
GSM (Weight)	20 – 80 gsm	30–40 gsm for cosmetic sheets and facial wipes; 40–60 gsm for cleaning cloths and premium wet wipes; 50–80 gsm for industrial microfibre wipes
Fibre Composition	100% Polyester Microfibre; PA/PET Split Microfibre; Viscose/PET Microfibre Blend	PA/PET split microfibre has the highest cleaning efficiency; 100% PET microfibre for cost-sensitive applications
Web Structure	Parallel laid (20–45 gsm); Cross-lapped (45–80 gsm)	Parallel laid for lightweight cosmetic applications; cross-lapped for heavier cleaning cloths
MD Tensile Strength	≥ 45 N / 5cm at 40 gsm (100% PET microfibre)	Microfibre PET has higher MD tensile than viscose at equivalent GSM
Surface Texture	Plain (smooth face); Embossed; Apertured	Plain smooth face is standard for optical and cosmetic applications; embossed for premium aesthetic
Cleaning Efficiency	≥ 99% particle capture (0.5 µm particles) for PA/PET split microfibre	Particle capture efficiency provided on request for optical and clean-room applications
Roll Width	10 cm – 260 cm	Standard converting widths: 30, 50, 100, 160 cm for wipes; custom optical cleaning cloth widths available
Colour	White; Optical White; Dyed (various); Sublimation printable	Dyed microfibre for branded cleaning cloths; sublimation printable for full-colour custom optical cloths
Certifications	ISO certified; OEKO-TEX Standard 100; skin compatibility tested on request	COA with fibre denier verification, tensile, and particle capture efficiency per batch

Applications

Microfibre Spunlace — B2B Applications

Microfibre spunlace is specified where standard denier spunlace produces an identifiable performance shortfall in cleaning efficiency, optical surface safety, or consumer skin feel that justifies the 25–60% raw material cost premium.

💆 Premium Sheet Masks

25–40 gsm PA/PET or PET

Sheet mask substrates for premium K-beauty, J-beauty, and luxury cosmetic brands where the silk-like skin feel is a core product differentiator. Microfibre at 25–35 gsm delivers the second skin sensation that premium mask brands command a price premium for.

🔭 Optical Cleaning Cloths

30–60 gsm PA/PET Split

Lens cleaning cloths for spectacle, camera, binocular, and precision instrument optics. PA/PET split microfibre at 0.2–0.4 denier is the industry-standard substrate for optical cleaning cloth products sold by lens manufacturers and optical retailers globally.

📱 Screen & Electronics Cleaning

35–50 gsm PET Microfibre

Screen cleaning cloths for smartphones, tablets, laptops, and display screens. 100% PET microfibre at 0.5 denier is standard for screen cleaning — fine enough to avoid scratching anti-reflective coatings, dense enough to capture fingerprint oils and dust without smearing.

🧴 Sensitive Skin Cosmetic Wipes

30–50 gsm PET or Blend

Facial cleansing wipes, micellar wipes, and makeup removal wipes for sensitive and reactive skin types. Microfibre removes makeup with less mechanical pressure and fewer passes than standard spunlace — reducing friction-induced skin irritation.

🫉 Medical & Wound Care

40–70 gsm PET Microfibre

Medical swabs, wound contact layers, and surgical preparation wipes where the high fibre density of microfibre improves exudate absorption and particle capture without leaving large fibre residues. Sterile-grade microfibre for wound care applications.

🔬 Clean-Room & Precision Mfg

40–60 gsm PA/PET Split

Clean-room wipers, precision component cleaning cloths, and semiconductor manufacturing wipes. Microfibre’s high particle capture efficiency and low particle shedding make it the preferred substrate for ISO Class 5–8 clean-room wiping applications.

Supplier Credentials & How to Order

Why Manufacturers Source Microfibre Spunlace From Favourite Fab

Microfibre spunlace quality is determined by fibre denier consistency across the roll. Favourite Fab verifies fibre denier per batch and reports it on the COA.

50+Export MarketsMicrofibre spunlace exported to cosmetic, optical, electronics, and medical wipe converters in 50+ countries

DenierVerified on COAFibre denier verified per batch and reported on COA — the primary quality parameter for microfibre spunlace procurement

ISOCertifiedISO-certified manufacturing; OEKO-TEX Standard 100 compatible; dermatological testing available

48hSample DispatchSample rolls with full COA including fibre denier verification dispatched within 48 hours

Send Your SpecificationInclude fibre type (100% PET / PA/PET split / viscose blend), target denier, GSM, roll width, web structure, surface pattern, and application. State whether particle capture efficiency or skin feel is the primary performance driver.

Receive Quote & Sample With Fibre Verification COAPricing within 24 hours. Sample roll with COA including fibre denier measurement, tensile, GSM, and particle capture efficiency dispatched within 48 hours.

Confirm & DispatchOrder confirmed on PO receipt. COA with fibre denier verification per batch. Export documentation for international orders. Full compliance documentation for cosmetic and medical applications.

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<1.0 Denier FibreDenier Verified on COAISO CertifiedOEKO-TEX CompatiblePA/PET Split Available50+ Countries

Procurement FAQ

Frequently Asked Questions — Microfibre Spunlace

What is the difference between microfibre spunlace and standard spunlace?+

Microfibre spunlace uses fibres below 1.0 denier — typically 0.3–0.9 denier. Standard spunlace uses fibres in the 1.5–3.0 denier range. The reduction in fibre diameter increases fibres per gram by a factor of 4–16, producing dramatically more surface contact points per unit area, smaller effective pore size, and a surface texture qualitatively smoother against skin and optical surfaces. The performance difference is not incremental — microfibre is a categorically different substrate in cleaning efficiency, skin feel, and optical surface safety.

What is the difference between 100% polyester microfibre and PA/PET split microfibre?+

100% PET microfibre is a single-component fibre extruded at sub-denier fineness. PA/PET split microfibre is a bicomponent fibre where polyamide and polyester segments are co-extruded, then split during processing into ultra-fine individual filaments — achieving 0.1–0.2 denier per segment versus 0.3–0.5 denier for extruded PET microfibre. PA/PET split microfibre has the highest cleaning efficiency and finest surface texture; 100% PET microfibre is more cost-effective for applications where the split structure is not required.

Is microfibre spunlace available in biodegradable grades?+

Standard microfibre spunlace is produced from PET or PA/PET — both synthetic polymer fibres that are not biodegradable. Viscose/PET microfibre blends are available and produce improved skin feel versus pure PET, but are not fully biodegradable. Lyocell microfibre is the only fully biodegradable microfibre option currently viable for commercial applications — at significantly higher cost. State your biodegradable requirement at enquiry.

Can I use microfibre spunlace for cleaning optical coatings?+

Yes — with the correct fibre specification. For anti-reflective coated optics, PA/PET split microfibre at 0.2–0.4 denier is the correct specification — individual filaments at approximately 2–4 µm are below the threshold for mechanical scratching of standard hardcoated optical surfaces. For scratch-resistant glass (mobile phone screens), standard PET microfibre at 0.5–0.7 denier is typically sufficient. Do not use standard spunlace (1.5–3.0 denier) on any coated optical surface.

How much more does microfibre spunlace cost versus standard spunlace?+

Microfibre spunlace carries a raw material cost premium of 25–60% over standard denier spunlace at equivalent GSM. 100% PET microfibre at 0.5 denier is at the lower end of this range; PA/PET split microfibre at 0.2 denier is at the higher end. This premium is justified in applications where microfibre delivers a measurable performance improvement — not in standard wipe applications where the consumer cannot perceive the difference.

What is the MOQ for microfibre spunlace?+

MOQ for standard microfibre grades (100% PET 0.5 denier at common GSM and roll widths) starts from 500 kg per specification. PA/PET split microfibre and ultra-fine grades below 0.3 denier carry higher MOQ confirmed at quotation. Custom dyeing, printing, and non-standard widths also carry higher MOQ. Contact us with your full specification for an accurate MOQ and pricing.

Source Microfibre Spunlace Nonwoven Fabric in Bulk

State your fibre type, target denier, GSM, and application — receive a quote and denier-verified sample within 48 hours.

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💬 +91-9528811566

Gaurav Garg (Ceo)

I'm Gaurav Garg, the CEO of Favourite Fab, a company on a mission to revolutionize the nonwoven industry with sustainable practices. We work hand-in-hand with manufacturers and suppliers who share our commitment to eco-friendly production processes. With a deep interest in textile innovation, I'm passionate about educating consumers about sustainable material options, and their potential to transform the Non woven landscape.

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