LIGHT RAIN SHED

Water-Resistant Sportswear Fabrics

DWR-treated and lightly coated fabrics that shed drizzle, mist, and light rain while remaining fully breathable, lightweight, and completely sublimatable. The 80/20 solution for spring, fall, and mild-weather outer layers.

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Water Resistance
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Max GSM
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Print Capability
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Min. Order
OEKO-TEX 100Certified Safe
ISO 9001:2015Quality System
C6 DWRFluorocarbon Free
40+ CountriesGlobal Shipping
DHL / FedExExpress Delivery
OVERVIEW

What Is Water-Resistant Fabric?

Water-resistant fabric is standard polyester sportswear fabric that has been treated with a DWR (Durable Water Repellent) finish or a light PU (Polyurethane) coating. Unlike waterproof fabric, which uses a continuous membrane to block all water, water-resistant fabric relies on a surface treatment that causes light precipitation to bead up and roll off before it can saturate the fibers.

"Water-resistant fabric covers 80% of real-world sportswear weather scenarios — morning dew on the pitch, drizzle during warm-up, light rain on the golf course, mist during a trail run. It costs a fraction of waterproof, breathes like normal polyester, and critically, accepts full sublimation printing. For most brands, water-resistant is the smartest outer layer fabric you can specify."

There is no membrane involved, which means the fabric retains 100% of standard polyester's characteristics: it stretches, it wicks moisture, it breathes at 8,000–12,000 MVTR, and it accepts full sublimation printing. The DWR treatment is applied either before or after sublimation (we use sublimation-compatible DWR that survives 200°C heat), giving you both all-over custom color graphics AND water shedding on the same garment.

Every batch is tested for DWR contact angle, spray test rating (AATCC 22), and wash durability. We guarantee a minimum of 20 wash cycles before DWR performance drops below acceptable thresholds — significantly better than the 3–5 cycle cheap treatments common in the market.

100%
Sublimatable
Water beading on DWR treated polyester sportswear fabric showing water-resistant surface treatment
DWR Treatment — Sialkot
CONSTRUCTIONS

Available Water-Resistant Types

From pure surface treatment to light polymer coating — each level adds protection at the cost of slight breathability reduction.

DWR Only
Light PU Coat
DWR Taffeta
DWR Interlock
DWR Pique
Microfiber DWR
AVAILABLE GSM

Weight Spectrum & Garment Type

Water-resistant fabric spans the full sportswear weight range — the treatment adds zero weight.

Lightweight
Windbreaker
Training
Shell
Standard
Jacket
Heavy
Warm-Up
Structured
Coach Jacket
Unlike waterproof or windproof fabric where the membrane/coating adds significant weight, DWR treatment adds essentially zero GSM — a 150 GSM polyester with DWR is still 150 GSM. PU coating adds approximately 5–10 GSM. This means you can specify water-resistant fabric using the exact same GSM targets you use for standard polyester, with no weight penalty for the water-shedding performance.
AVAILABLE COLORS

Unlimited Colors via Sublimation

Since there's no membrane, water-resistant fabric accepts full sublimation — any color, any pattern, any gradient.

Black
White
Navy Blue
Royal Blue
Red
Green
Grey
Orange
Purple
Pink
Teal
Slate
Yellow
Hi-Vis Orange
Hi-Vis Green
The infinity icon here is literal — because water-resistant fabric has no membrane, you can sublimate it with any color, pattern, photo, or gradient you can design. The DWR treatment is applied over or formulated to survive the sublimation process, so the water-shedding performance is maintained on top of your full-color print. This is impossible with waterproof or windproof membrane fabrics.
WHY IT WINS

The Practical Advantage

Water-resistant doesn't win on extreme specs — it wins on real-world versatility, cost, and printability.

Light Rain Shedding

DWR causes drizzle, mist, and light showers to bead up and roll off — keeps the athlete dry through 80% of weather conditions.

Full Sublimation

No membrane means full-color, all-over sublimation printing — the only water-shedding fabric that offers unlimited graphic capability.

100% Breathable

No membrane blocking moisture vapor — breathes exactly like standard polyester at 8,000–12,000 MVTR during activity.

Zero Weight Penalty

DWR treatment adds no measurable weight — a 150 GSM water-resistant fabric is the same 150 GSM as untreated fabric.

Lowest Cost Protection

DWR adds $0.30–$0.60 per meter to standard polyester — the cheapest way to add any weather resistance to a garment.

Full Stretch

No membrane or coating restricts stretch — poly-spandex water-resistant fabric performs identically to standard stretch polyester.

Zero Noise

No membrane crinkle or coating rustle — water-resistant fabric is completely silent during movement, unlike waterproof hardshells.

Same Production Flow

Cuts, sews, and finishes identically to standard polyester — no special handling, no seam sealing, no additional production steps.

APPLICATIONS

Where Water-Resistant Fabrics Go

Any sport played outdoors in mild or changeable weather where light rain is possible but not expected.

Soccer Jackets
Golf Shells
Football Sideline
Basketball Warm-Up
Baseball Coaches
Running Shells
Cycling Gilets
Rugby Warm-Up
Cricket Overwear
Training Outer
Coach Jackets
Light Hiking
Volleyball Warm-Up
Track & Field
Table Tennis
Team Spirit Wear
COMPARISON

Water-Resistant vs. Windproof vs. Waterproof

Understanding exactly where water-resistant sits in the weather protection hierarchy.

Property Water-Resistant (Ours) Windproof Softshell Waterproof Shell
Water Resistance 1,000–5,000 mm Light Rain 3,000–5,000 mm Light Rain 10,000–20,000+ mm Absolute
Sublimation Excellent — full color Full Softshell only Partial Not possible No
Breathability 8,000–12,000 MVTR Best 3,000–10,000 MVTR Good 5,000–15,000 MVTR Membrane
Stretch Yes (if poly-spandex) Full Yes (4-way) Full No Rigid
Noise Level Silent Silent Quiet Quiet Crinkle/rustle Noisy
Seam Sealing Not required Not Needed Not required Not Needed Mandatory $1.50–$3.00/garment
Cost per Meter $1.80–$3.50 Lowest $2.50–$5.00 $5.00–$12.00 Premium
Best For Team jackets, golf, light rain, sublimated outerwear Training, warm-ups, cold wind, stretch needed Heavy rain, snow, alpine, prolonged exposure
Quick rule: Need full-color sublimation on an outer layer that sheds drizzle? Go water-resistant — it's the only fabric that does both. Need stretch for active training in cold wind? Go windproof softshell. Facing sustained heavy rain or snow? Go waterproof. The most common mistake is specifying waterproof fabric when water-resistant would suffice — you spend 2–4x more, lose sublimation, add seam sealing cost, and get a noisier, stiffer garment for conditions that a $2.00/meter DWR-treated polyester would handle perfectly.
PROS & CONS

Honest Assessment

Advantages
  • Full sublimation compatibility — the only water-shedding fabric that accepts unlimited all-over printing
  • Lowest cost weather protection — DWR adds only $0.30–$0.60/meter over standard polyester
  • Zero breathability compromise — no membrane, so moisture vapor moves through exactly like untreated fabric
  • Zero weight penalty — DWR is a surface treatment, not an added layer
  • Zero noise — completely silent during movement, unlike all membrane or coated fabrics
  • Full stretch capability — works identically to standard poly-spandex if stretch blend is specified
  • No special production steps — no seam sealing, no membrane handling, standard cut-and-sew flow
Disadvantages
  • Not for heavy rain — will saturate under sustained downpour or prolonged wet conditions
  • No pressure resistance — backpack straps, sitting on wet ground, or elbow pressure will force water through
  • No wind block — water-resistant does not mean windproof (unless specifically combined with a tight weave)
  • DWR degrades with washing — needs reactivation (tumble dry) or re-treatment after 20–30 washes
  • Cannot be marketed as "waterproof" — legal and functional distinction that limits marketing claims
  • Performance varies by weave — loose knits shed water less effectively than tight weaves under the same DWR
Our mitigation: For DWR durability, we use C6-fluorocarbon treatments (not cheap silicone-based alternatives that fail in 3–5 washes). For the heavy rain limitation, we recommend pairing water-resistant fabric with a packable waterproof 2.5-layer shell in the garment design — the athlete wears the water-resistant layer 90% of the time and deploys the waterproof shell when conditions turn severe. For the marketing limitation, we provide accurate terminology guidelines: "water-resistant," "DWR-treated," "sheds light rain" — never "waterproof."
DECORATION OPTIONS

Branding Water-Resistant Garments

This is where water-resistant fabric dominates — full sublimation is the primary method.

Full sublimation printing on water-resistant jacket showing all-over color design with DWR treatment
Primary Method

Full Sublimation

The defining advantage. Since there's no membrane, water-resistant fabric accepts full-color, edge-to-edge, all-over sublimation exactly like standard polyester. We use sublimation-compatible DWR that survives the 200°C heat press, so you get both unlimited graphics AND water shedding. Ideal for team jackets, golf rain shirts, and branded outerwear where visual impact equals function.

Full-ColorAll-OverZero Hand FeelUnlimited Design
Screen printing on water-resistant polyester jacket for spot color logos
Spot Color

Screen Printing

Standard plastisol or water-based screen printing works perfectly on water-resistant fabric. No temperature restrictions since there's no membrane. Best for simple spot-color logos (1–6 colors) on chest, back, or sleeves where the full sublimation setup cost isn't justified. Produces opaque, durable results on any DWR-treated fabric.

Low Setup CostSpot ColorDurableAny Temp
Embroidered logo on water-resistant training jacket showing premium stitched detail
Premium

Embroidery

No membrane means no risk of puncturing a waterproof barrier — embroidery is fully compatible with water-resistant fabric. Needle holes do slightly compromise local DWR performance at the stitch points, but this is negligible for most applications. Premium look for chest crests, sleeve logos, and collar marks on coach jackets and team outerwear.

Premium LookNo Heat Risk3D TextureMembrane Safe
CUSTOMIZATION

Specify Your Water-Resistant Fabric

The treatment level determines protection; the base fabric determines everything else.

01

Treatment Type

DWR only (lightest, most breathable), light PU coating (more protection, slightly stiffer), or both combined.

02

DWR Chemistry

C6-fluorocarbon (standard, 20–30 wash durability) or enhanced C6 (30–40 wash, higher cost). We never use C8 or cheap silicone.

03

Base Fabric

Standard polyester jersey, interlock, pique, taffeta, or microfiber — the DWR goes on top of your preferred base knit.

04

Sublimation Timing

DWR applied after sublimation (maximum DWR performance) or sublimation-compatible DWR applied before (single-pass production).

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GSM & Stretch

Standard GSM targets for your garment type plus 2-way or 4-way stretch if the outer layer needs to move with the body.

06

Weave Tightness

Tighter weaves (high thread count) shed water more effectively under the same DWR treatment — specify for maximum performance.

HOW IT WORKS

Ordering Process

Water-resistant fabric has the fastest production cycle — it's standard polyester with one additional treatment step.

Inquiry

Day 0

Samples

2–4 Days

Approval

1–2 Days

Production

12–18 Days

Delivery

4–7 Days
Total turnaround: 19–31 days from inquiry to doorstep. Rush orders available in 12–16 days. The DWR treatment adds only 1 day to standard polyester production time.
ORDER DETAILS

MOQ, Capacity & Lead Time

500 pcs
Minimum Order Quantity
Fabric-only: 150 meters
60K pcs/mo
Manufacturing Capacity
Same capacity as standard polyester
12–18 days
Production Lead Time
Rush orders: 8–10 days
FAQ

Frequently Asked Questions

Water-resistant means the fabric has been treated (typically with DWR or a light PU coating) to shed light precipitation — drizzle, mist, light snow, and morning dew. It is rated at 1,000–5,000 mm water column, which means it will handle light rain for a period of time but will eventually soak through under sustained or heavy rainfall, or under pressure (like backpack straps or sitting on a wet surface). It is not waterproof. Think of it as an umbrella for your body — great for walking to the car in a drizzle, not for standing in a thunderstorm.
Yes — this is the single biggest advantage of water-resistant fabric over waterproof fabric. Because there is no membrane or laminate layer, water-resistant fabric is just 100% polyester with a surface treatment. It accepts sublimation exactly like standard polyester fabric — full-color, all-over, zero hand feel. The DWR treatment is applied after sublimation (or the fabric is treated with a sublimation-compatible DWR that survives the heat), so you get both full-color printing and water resistance on the same garment. This is why water-resistant fabric is the standard for spring/fall team jackets, golf rain shirts, and training outerwear where branding is important.
A quality C6-fluorocarbon DWR treatment (which we use as standard) will last 20–30 wash cycles before showing noticeable degradation — water will start to spread out on the surface rather than beading up. However, the fabric's underlying water resistance (from tight weaving or light coating) remains. DWR can be partially reactivated by tumble drying on low heat for 20–30 minutes, which redistributes the treatment molecules on the fiber surface. For complete restoration, spray-on DWR products work well. We specifically avoid cheap silicone-based DWR treatments that wash out after 3–5 cycles — they're not suitable for sportswear.
DWR (Durable Water Repellent) is a chemical treatment applied to the fabric surface that lowers surface energy so water beads up and rolls off. It does not add any weight or change the fabric's feel, but it provides relatively low water resistance (500–1,500 mm). PU (Polyurethane) coating is a thin polymer layer applied to the fabric back that physically blocks water penetration, providing higher resistance (1,000–5,000 mm). PU coating adds slight weight, reduces breathability somewhat, and makes the fabric slightly stiffer. For most sportswear, DWR alone is sufficient — it sheds light rain while keeping the fabric feeling and performing like normal polyester. PU coating is used when you need slightly more rain protection and don't mind the trade-offs.
No — and this is the critical limitation to understand. Water-resistant fabric (1,000–5,000 mm) will handle drizzle, light showers, and short exposure to moderate rain. But under sustained heavy rainfall, the water will eventually penetrate through the DWR treatment and the fabric weave. For heavy rain, snow, or prolonged outdoor exposure, you need waterproof fabric (10,000+ mm with sealed seams). Water-resistant is designed for the 80% of conditions that aren't severe — morning dew on the pitch, light rain during warm-up, drizzle during a golf round. It's the right tool for light weather; using it in a downpour is like using a bread knife to cut a steak — wrong tool for the job.
Yes — significantly more breathable than waterproof fabric. Because there is no continuous membrane blocking moisture vapor transfer, water-resistant fabric breathes exactly like standard polyester (8,000–12,000 MVTR). The DWR treatment only affects the surface — it doesn't impede moisture vapor moving through the fabric from the inside out. This makes water-resistant fabric far more comfortable during activity than waterproof fabric, which is why it's preferred for training jackets, golf shirts, and spring/fall outerwear where the athlete is moving and generating sweat.
No. This is a legal and functional distinction that matters. "Waterproof" implies a specific, measurable standard (typically 10,000+ mm water column with sealed seams) that water-resistant fabric does not meet. Marketing a 3,000 mm DWR-treated jacket as "waterproof" is false advertising in most jurisdictions and will result in customer complaints, returns, and potential liability if someone relies on it in severe weather. Use accurate terminology: "water-resistant," "DWR-treated," "sheds light rain," "rain-repellent." These are honest, legally defensible claims that still sound appealing to consumers.
Absolutely. We provide free A4-size fabric swatches (up to 3 options) shipped via DHL/FedEx at no charge. For water-resistant fabric, we recommend requesting one DWR-only sample (to feel how normal the fabric is) and one PU-coated sample (to feel the slight difference in hand and weight). We include a DWR water-bead test card with every swatch so you can verify the water-shedding performance before committing.
RELATED FABRICS

The Weather Protection Spectrum

Water-resistant sits in the middle — these are the fabrics above and below it in protection level.

Polyester Fabric

The base fabric for water-resistant — standard polyester that we then treat with DWR for water shedding.

View

Windproof Fabric

One step up — blocks wind AND sheds light rain. The upgrade when wind is a bigger factor than rain.

View

Waterproof Fabric

The maximum protection — 10K–20K+ mm with sealed seams for heavy rain, snow, and severe conditions.

View

Lightweight Fabric

The base layer beneath water-resistant outerwear — ultra-light polyester that wicks moisture from the skin.

View

Ready to Start Your Water-Resistant Order?

Get a detailed quote with DWR options, sublimation specs, and free swatches — typically within 4 business hours.

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