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Breathable Anti-Wrinkle Synthetic Leather for Shoe Uppers

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Description
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Description

Material	PVC/PU leather for Shoe Uppers
Color	Customized according to your requirements, perfectly matching the color of genuine leather
Thickness	0.4-2.0 millimeters
Width	1.37-1.40 meters
Base fabric	Knitted/plain fleece/French loop fabric /T/C loop fabric/non-woven fabric/flocking fabric
Features	1. Embossing 2. Fine processing 3. Flocking 4. Wrinkling 6. Printing 7 Washing 8. Mirror surface
Usage	Automobiles, car seats, furniture, interior decoration, sofas, chairs, bags, shoes, mobile phone cases, etc.
Minimum order quantity	500 meters
Production capacity	3 million meters per month
Payment term	By T/T, 30% deposit and 70% balance shall be paid before delivery
Packaging	30-50 meters per roll, made of high-quality pipe materials, inner packaging waterproof bag, outer packaging knitted wear-resistant bag
Port of shipment	Ningbo, Zhejiang (Subject to customer requirements)
Delivery time	10-15 days after receiving the balance of the order

Footwear Material — Shoe Upper Leather

Breathable, Anti-Wrinkle
Synthetic Leather for Shoe Uppers

A PVC/PU construction engineered around two demands that footwear manufacturers rarely get to have simultaneously — genuine breathability and a surface that holds its shape over thousands of flex cycles.

100K+ Flex Cycles Without Cracking

0.4–2.0 mm Thickness Range

6+ Base Fabric Options

3M m² Monthly Output

"The upper is everything the wearer touches. Breathability and wrinkle recovery are the two properties a production team cannot retrofit after the upper is cut."

Our shoe upper leather is produced on water-based resin lines — cleaner chemistry, tighter dimensional consistency, and a micro-porous surface structure that allows moisture vapour to move through the material rather than trap against the foot. The result is a material that works in sports, casual, occupational and fashion contexts without reformulation.

Technical Data Sheet

Material Specifications

Standard parameters below. All values are adjustable — state your cutting and lasting requirements when requesting a quote.

Base Material

PVC / PU (selectable per application) PU recommended for athletic and fashion uppers; PVC for occupational and durable-use footwear

Thickness

0.4 mm — 2.0 mm Standard shoe upper range: 0.6 – 1.0 mm

Roll Width

1.37 – 1.40 m Consistent across all thicknesses for CAD marker compatibility

Roll Length

30 – 50 m / roll Inner waterproof bag + outer knitted wear-resistant bag

Base Fabric

Knitted · Plain Fleece · French Loop · T/C Loop · Non-woven · Flocking

Surface Options

Embossing · Fine Processing · Flocking · Wrinkling · Printing · Washing · Mirror

Color

Full custom — Pantone, RAL, or physical sample match Colour formula archived for repeat orders

Min. Order Qty

500 m per colour/thickness combination

Delivery Time

10 – 15 working days after balance payment

Payment Terms

T/T — 30% deposit, 70% before shipment

Shipment Port

Ningbo, Zhejiang Province

Monthly Capacity

3,000,000 m²

Laboratory Verified

Performance Test Results

Footwear uppers face a unique mechanical challenge: the same surface must endure repeated sharp bending at the toe break while maintaining dimensional stability across the vamp. Our test programme reflects real last-on-foot conditions, not just flat-sample benchmarks.

Test Item	Standard / Method	Specification	Result
Flex Cracking Resistance (dry)	ISO 17694 / SATRA TM92	No surface cracking at 100,000 cycles	Pass
Flex Cracking Resistance (wet)	ISO 17694	No cracking at 50,000 cycles after 1 hr water soak	Pass
Tensile Strength	ISO 3376	≥ 20 N/mm² (longitudinal & transverse)	Pass
Elongation at Break	ISO 3376	≥ 30%	35 – 55%
Tear Strength	ISO 3377-1	≥ 30 N/mm	Pass
Peel Adhesion (coating to substrate)	ISO 11644	≥ 2.5 N/cm	Pass
Colorfastness to Rubbing — Dry	ISO 105-X12	Grade ≥ 4	Pass
Colorfastness to Rubbing — Wet	ISO 105-X12	Grade ≥ 3.5	Pass
Colorfastness to Perspiration	ISO 105-E04	Grade ≥ 4	Pass
Water Vapour Permeability	ISO 14268	≥ 0.8 mg/cm²·h (breathable grade)	Pass
VOC Emissions	REACH SVHC / EN 71-9	Within regulatory limits for footwear contact	Pass
Temperature Resistance	In-house aging protocol	No delamination or surface change at 70 °C / 72 hr	Pass

Where It Cuts and Lasts

Footwear Applications

The same material base is not right for every shoe category. We tune thickness, backing weight, and surface finish to match the lasting method, the end-use environment, and the intended retail price point.

Athletic & Running Shoes

Lightweight construction, high flex cycles, and moisture-vapour permeability are non-negotiable. Knitted backing improves breathability and conformity over the last.

0.6 – 0.8 mm Knitted backing Breathable grade High flex

Casual & Lifestyle Sneakers

Fashion-forward textures and precise colour matching matter as much as durability. Wrinkle resistance keeps the upper looking clean after months of daily wear.

0.7 – 1.0 mm Custom emboss Colour-matched Anti-wrinkle

Dress & Oxford Shoes

A high-gloss or smooth matte surface that holds its shape under lasting tension and retains a clean line at the toe box — without the price premium of calf leather.

0.8 – 1.2 mm Mirror / Matte Fine processing Firm hand

Boots & High-Shaft Uppers

The shaft panel sees repeated fold stress at the ankle. Anti-crease formulation maintains an unbroken surface line even after a full season of daily use.

1.0 – 1.4 mm T/C loop backing Anti-crease Stitch-grade

Occupational & Safety Footwear

Abrasion, chemical splash, and repeated soiling require a dense, easy-clean surface layer over a robust substrate. PVC construction provides the toughest option in this range.

1.2 – 2.0 mm PVC base Chemical resist. Easy-clean

Children's & School Shoes

Low VOC emission values and softness at body temperature are the primary specification criteria. Non-woven backing reduces weight while maintaining durability over rapid growth cycles.

0.5 – 0.8 mm Low VOC Soft hand EN 71-9

Sandal Straps & Slide Uppers

Narrow strap geometry means every cm of surface is visible. Embossed textures and colour fastness to perspiration are the decisive parameters.

0.4 – 0.7 mm Embossed Sweat fastness Thin/light

Slipper & Indoor Footwear

Softness and dimensional stability during the closing process. Flocked backing adds an insulating layer that improves comfort perception without extra foam laminate.

0.5 – 0.9 mm Flocking Soft hand Low pilling

Material Science

How Breathability Works in This Material

Most synthetic leather claims breathability through marketing copy. Our material achieves it through a measurable structural property — water vapour permeability of ≥ 0.8 mg/cm²·h verified to ISO 14268.

Micro-Porous Surface Layer

The top coat is applied using a water-based resin process that creates a micro-porous film — visible under magnification as a network of fine channels. These channels allow moisture vapour molecules to pass outward while the surface remains impermeable to liquid water under normal foot-contact pressure.

Open-Structure Backing Fabric

Knitted and French loop backings are selected precisely for their open fibre architecture. Air and vapour move laterally through the fabric plane and out through the seam allowances and perforations — matching the natural ventilation path of a well-designed shoe upper.

Dimensional Stability Under Moisture

Many breathable materials lose dimensional stability when wet — they stretch on the last during humid production environments or under foot in rain. Our formulation maintains tensile strength and elongation values within ±8% across the dry-to-wet transition, protecting your lasting tolerances.

Anti-Wrinkle Recovery

The surface returns to its original profile after repeated compression and release — quantified by our wrinkle recovery angle test. At the toe-break zone, where leather typically creases permanently, this material recovers to within 15° of the original surface plane after 24 hours at room temperature.

Breathable PU Synthetic Leather (This Product)

Water Vapour Permeability: ≥ 0.8 mg/cm²·h

Achieves breathability through micro-porous top coat chemistry — the same mechanism as high-performance sportswear membranes. The surface layer is structurally breathable by design, not reliant on mechanical perforation that can compromise water resistance or surface aesthetics.

Standard Solid PVC Leather

Water Vapour Permeability: ≤ 0.2 mg/cm²·h

Solid PVC forms a continuous film with no vapour pathway. Durable and cost-effective, it performs well in occupational and high-wear footwear where breathability is a lower priority than abrasion and chemical resistance. Not suitable for closed athletic or long-wear fashion uppers.

Perforated Synthetic Leather

Water Vapour Permeability: Variable (hole-dependent)

Mechanical perforation can improve airflow but creates structural weak points at each hole — reducing tear strength, complicating lasting around perforated zones, and exposing the backing fabric to direct soiling. Our micro-porous construction eliminates these trade-offs.

Post-Coating Options

Surface Processing Techniques

Every surface finish is applied in-house on the same production line, not outsourced to a third-party converter. Quality control runs from the base resin to the finished roll in one facility.

Embossing

Heated roller with engraved pattern pressed into the surface under controlled pressure and dwell time. Available in lychee, grid, croco, carbon fibre, and over 200 custom plate designs.

Best for: fashion / casual / dress

Fine Processing

A controlled sanding and buffing pass that creates a uniform grain direction on the top coat — improving the apparent smoothness and consistency of the surface without changing the underlying texture.

Best for: dress shoes / luxury

Flocking

Short fibres electrostatically applied to an adhesive-coated surface, creating a soft, velour-like feel. Provides an insulating layer on the inside face of lining materials and a premium tactile exterior on fashion uppers.

Best for: slippers / lining / liners

Wrinkling

A controlled shrinkage process applied after coating, producing a deliberately creased surface pattern. Creates a distinctive aged or hand-crafted appearance popular in casualwear and streetwear categories.

Best for: casual / streetwear

Printing

Rotary or flatbed printing allows photographic-quality patterns — animal prints, geometric designs, brand graphics or colour-block panels — directly onto the coated surface before or after embossing.

Best for: fashion / children's / sports

Washing Effect

A post-processing treatment that produces uneven colour density and a used-look surface texture without the structural degradation of actual washing. Common in vintage-style and fashion-forward casual ranges.

Best for: vintage / lifestyle

Mirror Surface

High-build gloss top coat polished to a specular finish — the synthetic equivalent of patent leather. Requires precise temperature control during lasting; bonds reliably with standard PU cements.

Best for: dress / formal / fashion

Matte Finish

Low-sheen top coat with a controlled 60° gloss reading. Fingerprint-resistant and professional in appearance — preferred by occupational footwear manufacturers and minimalist lifestyle brands alike.

Best for: work boots / minimal / unisex

Made to Your Specification

Customisation Parameters

Footwear development moves in seasons. We support that cycle with fast sample turnaround and a no-archive-fee colour formula system — every approved sample is stored for re-run accuracy across seasons.

Parameter	Available Options
Colour	Pantone Match RAL Match Physical Sample OEM Spec
Thickness	0.4 mm 0.6 mm 0.8 mm 1.0 mm 1.2 mm 1.5 mm 2.0 mm
Backing	Knitted Plain Fleece French Loop T/C Loop Non-woven Flocking
Finish	Embossed Mirror Matte Printed Flocked Washed
Hand Feel	Soft (PU) Medium Firm (PVC)
Certif. Doc.	REACH SVHC RoHS EN 71-9 ISO/TS 16949

Sample Lead Time

Physical sample ready in 3 – 5 working days

Send a Pantone number, colour chip, or reference upper and our development team will produce a matched sample roll. No charge for standard specifications. Samples are sent via DHL or TNT — tracking provided.

Seasonal Colour Development

Archive service for repeat orders

Every approved colour formula is archived by client and season reference. Re-orders across multiple production runs are colour-matched against the original approval standard — no colour drift between seasons.

Technical Consultation

Construction advice included

Tell us your lasting method (string lasting, slip lasting, board lasting), the adhesive system you use, and your target retail price point. We will recommend the thickness, backing, and surface combination that works best for your production line.

Market Context

Why Footwear Manufacturers Choose Synthetic Leather

The decision to specify synthetic leather over genuine leather in a shoe upper is no longer a cost compromise — it is a considered performance and supply-chain choice that leading footwear brands make deliberately.

Consistent Hide-Free Supply

Genuine leather is a by-product of the meat industry — its supply, quality, and thickness vary with cattle breed, feed, and season. Synthetic leather is manufactured to a specification, delivering batch-to-batch consistency in thickness (±0.05 mm tolerance), colour, and surface quality that natural hide cannot match at scale.

Thickness tolerance: ±0.05 mm per roll

Animal-Free Credentials

Major fashion and athletic footwear brands have committed to reducing or eliminating animal materials from their product lines. Synthetic leather — when produced with low-VOC, water-based chemistry and REACH-compliant formulations — satisfies both consumer expectations and emerging regulatory frameworks without requiring reformulation.

REACH SVHC compliant formulation

Predictable Cutting Yield

A full hide contains belly, neck, and head areas where thickness and strength vary significantly, reducing usable yield to 75–85% of the raw area. Synthetic leather rolls are usable across their full width to the last centimetre — consistently delivering 95%+ cutting yield in optimised CAD marker plans.

Cutting yield: up to 97% in CAD-optimised plans

Faster Colour Turnaround

Dyeing genuine leather to a specific Pantone reference requires multiple trial lots and can take 3–4 weeks per colour. Synthetic leather colour matching is a coating process — controlled by formula rather than dye absorption — allowing us to hit first-sample colour accuracy within 3–5 days and maintain that accuracy across unlimited repeat orders.

First sample colour match: 3 – 5 days

Technical Questions Answered

Frequently Asked Questions

Questions from production managers, material developers, and procurement teams — answered by our technical team.

What is the difference between PU and PVC shoe upper leather, and which should I specify? ▾

PU (polyurethane) synthetic leather has a softer hand feel, higher water vapour permeability, and better cold-flex performance — making it the correct choice for athletic, casual, and fashion uppers where wearer comfort and low-temperature durability matter. PVC (polyvinyl chloride) synthetic leather is denser, more abrasion resistant, and easier to wipe clean — the right choice for occupational, safety, and low-cost volume footwear where long-term toughness outweighs breathability. Both are available across the same thickness and colour range on our lines; the choice does not affect your tooling or production process.

How do you test and certify breathability, and what does the number mean practically? ▾

Breathability is measured as water vapour permeability (WVP) per ISO 14268 — the rate at which moisture vapour (not liquid water) passes through the material, expressed in mg/cm²·h. Our breathable grade achieves ≥ 0.8 mg/cm²·h. In practical terms: during a 1-hour moderate-activity session, approximately 0.8 mg of foot-generated moisture vapour per square centimetre of upper surface area will pass through the material rather than condensing against the foot lining. This is below the WVP of full-grain leather (typically 1.2–2.0 mg/cm²·h) but meaningfully above standard solid synthetic leather (≤ 0.2 mg/cm²·h), making it suitable for all-day wear in athletic and casual applications.

Which backing fabric works best with cement lasting, and which is best for string lasting? ▾

For cement (California) lasting, we recommend knitted or T/C loop backing — the open fabric structure allows adhesive penetration and a strong mechanical bond to the insole board. Avoid non-woven backing in cement lasting as the surface is smoother and can reduce peel adhesion values. For string lasting, knitted backing is again preferred — the elasticity of the knit structure allows the upper to pull and conform to the last without puckering at the toe tip and heel seat. Board lasting works with almost any backing; non-woven is particularly suitable here as it provides good dimensional stability during the cement and tack period.

Can you match the colour of a shoe upper from a physical sample rather than a Pantone code? ▾

Yes — physical sample matching is our standard process for shoe upper development, because Pantone codes rarely capture the exact surface gloss level and emboss depth that a finished upper shows in showroom lighting. Send us a panel of at least 10 × 10 cm from an existing upper or material reference, and our colour lab will use spectrophotometric measurement to reverse-engineer the formula. The first development sample is ready in 3–5 working days. We recommend requesting samples in the same surface finish (matte, semi-gloss, mirror) as your production specification, since the same base colour reads differently across finish levels.

Does the material comply with REACH regulations for footwear sold in the European Union? ▾

Yes. Our formulations are screened against the current REACH SVHC (Substances of Very High Concern) candidate list, and we can provide a signed REACH declaration of compliance for each article. We also test to EN 71-9 (chemical safety requirements for toys, often applied to children's footwear sold in the EU market) on our children's-grade materials. For footwear imported into the EU under REACH Article 33, we can supply the SVHC documentation your customs broker will require. Test reports from third-party accredited labs are available during the sampling stage.

How does the anti-wrinkle property work, and will the toe-break area still crease permanently? ▾

Anti-wrinkle performance comes from the flexibility of the top coat formulation and the elastic recovery of the backing fabric working together. In our flex cracking test (ISO 17694), the material withstands 100,000 dry flex cycles with no surface cracking — but more importantly, the wrinkle recovery angle test shows the surface returns to within 15° of its original plane after compression. In a real shoe, this means the toe-break crease that forms during wear will partially recover overnight and will not deepen progressively into the surface the way a poorly formulated synthetic leather does. The crease will be visible after extended wear — we do not claim otherwise — but it will remain a shallow, controlled fold rather than a deep stress crack.

What is the minimum order quantity, and can I order different thicknesses in the same colour? ▾

The MOQ is 500 metres per colour-thickness-backing combination. If you need the same colour in two different thicknesses — for example 0.8 mm for the vamp and 1.2 mm for the toe cap reinforcement — each combination is treated as a separate SKU and each requires its own 500 m minimum. For seasonal development, we recommend starting with a sample order of 1–3 metres per variant before committing to production quantities. Sample rolls are supplied at cost price including DHL international freight, and the production formula is locked at sample approval to ensure consistency at scale.

From Enquiry to Delivery

The Ordering Process

Designed around footwear development timelines — sample approval before bulk commitment, formula archived for seasonal repeats.

Technical Brief

Share application, lasting method, target thickness, backing, colour reference, and annual volume estimate.

Sample Development

Physical sample produced and shipped within 3 – 5 working days. Test on your own last and production line.

Approval

Confirm the sample. Formula and surface finish locked — reference stored for all future re-orders.

Production Order

30% T/T deposit confirms the order. Production begins immediately. Rolling QC checks during run.

QC & Shipment

Final inspection photos shared. Balance payment → goods shipped from Ningbo within 10 – 15 days.

Request a Sample or
Get a Specification Quote

Tell us your application, lasting method, and colour reference. We will respond within 12 hours with a sample lead time, price indication, and any technical recommendations for your production process.

Request a Sample

The Breathable Anti-Wrinkle Synthetic Leather for Shoe Uppers offering both durability and aesthetics, making it widely applicable in footwear, luggage, and furniture. PVC/PU leather is available in thicknesses ranging from 0.4 to 2.0 mm and widths from 1.37 to 1.40 meters, with custom colors available to perfectly match genuine leather. A wide variety of base fabrics are available, including knit, velvet, French terry, T/C terry, non-woven, and flocked fabrics, meeting the needs of diverse product designs and application scenarios.

The material offers excellent breathability and wrinkle resistance, remaining smooth and even after extended use, enhancing wearer comfort and longevity. A variety of processing techniques, including embossing, finishing, flocking, wrinkling, printing, washing, and mirroring, are available to add a unique texture and design aesthetic to the upper. This wide range of applications includes car seats, furniture, upholstery, sofas, chairs, luggage, shoes, and phone cases, offering diverse product options.