Nylon 210D Oxford PU Coated Fabric — Waterproof Shell for Rainwear & Bags

If you supply rain jackets, ponchos, packable rain sets, or weather-resistant bags, you already know the problems that create quality claims and production waste:

• “The fabric is waterproof in the lab, but the product leaks at seams and stress points.”

• “Coating handfeel varies by lot, making cutting and sewing inconsistent.”

• “Light fabrics crease easily, then coating cracks or shows whitening at folds.”

• “DWR looks good at the beginning, but ‘wet-out’ happens too fast in real use.”

High-quality B2B buyers don’t just want “waterproof.” They want a fabric that fits their product system: stable converting, predictable waterproof performance, a workable seam plan, and a clear specification that can be repeated season after season.

This Nylon 210D Oxford PU coated fabric is positioned for that kind of sourcing: clear standards-referenced data (weight, tensile/tear, hydrostatic head), a lightweight build for packability, and a DWR finish to help reduce surface wet-out in rainwear and outdoor carry products.

Key Specifications

These are the exact purchasing fields listed on the referenced page:

What “210D Oxford” Means

1) 210D = lightweight durability for packable products

210D is commonly selected when brands need a fabric that:

• folds and packs easily (important for rainwear and compact bags),

• still provides enough body and strength for daily handling,

• keeps finished products lighter than 420D/600D alternatives.

For rainwear, this denier supports designs that need to be carried in backpacks or vehicles; for bags, it can serve as an outer shell for lighter duty or as a functional panel where you need a waterproof barrier without excessive stiffness.

2) 1/1 Oxford weave = stable, converting-friendly construction

Oxford constructions are widely used because they provide good production stability. A 1/1 structure supports consistent cutting, controlled stretch behavior, and reliable coating adhesion—helping reduce defects in bulk converting.

Waterproof Logic: PU Coating + Hydrostatic Head

PU coating: the barrier layer that drives waterproof performance

This product is specified with PU coating and a hydrostatic head >5000 mm.
Hydrostatic head (water column in “mm”) is a common way to express how much water pressure a fabric can withstand before water penetration occurs (often referenced with ISO 811 in industry discussions).

Practical buyer note: “Fabric waterproof rating” is not identical to “finished rain jacket waterproof.” Real performance depends on seam construction, seam sealing/taping strategy, closures, and design. That’s why strong B2B buyers validate fabric + seam method as one system during sampling.

Why DWR Matters

The page lists DWR 90% as a special treatment.
DWR (Durable Water Repellent) helps water bead on the outer surface and reduces “wetting out,” where the face fabric becomes saturated and feels clammy/heavy. Outdoor rainwear education sources commonly emphasize that DWR affects comfort and perceived performance even when the barrier layer is still stopping water penetration.

For B2B brands, DWR is not just marketing:

• it improves product appearance in rain (less dark, soaked look),

• reduces drying time after exposure,

• helps maintain comfort expectations in rainwear.

Why This Fabric Works

1) Spec clarity that’s easy to put into tech packs

Buyers can specify this fabric with objective fields:

• 130 gsm (+/-10g) total weight (ISO 3801)

• 26/19 threads per cm (DIN 53869)

• >5000 mm hydrostatic head (DIN 53886 / ISO 811)

• tensile and tear targets by ISO methods

That makes supplier comparison and incoming QC easier—especially when you source across multiple factories.

2) Strength positioned for real product stress

The listed mechanical data:

• Tensile >900/750 N/5cm (ISO 1421)

• Tear >35/25 N (ISO 4674)

This helps reduce common failures such as tearing at pocket edges, zipper ends, drawcord exits, strap areas, and fold stress points—especially in bag panels.

3) Lightweight build supports comfort and packability

At ~130 gsm, this fabric supports packable rainwear designs and lighter bag constructions where you want function without a heavy handfeel.

Typical Applications

The referenced page lists Rainwear and Bags.
In practical B2B development, buyers commonly use this type of construction for:

Rainwear

• Packable rain jackets and ponchos

• Outdoor over-trousers / emergency rain sets

• Lightweight shell panels that require a waterproof barrier

Development tip: If your rainwear uses seam tape, confirm tape compatibility and bonding window during sampling (temperature/pressure/time), because performance is system-dependent.

Bags

• Weather-resistant daypacks, drawstring bags, and lightweight carry goods

• Paneling that benefits from a waterproof barrier (e.g., base panels, front panels)

• Protective accessory pouches where weight and flexibility matter

Design tip: For high abrasion zones (bag bottoms, motorcycle luggage contact points), some brands upgrade denier or add reinforcement panels—so the right selection depends on your real use case.

Testing & Compliance Guidance

Because the page lists standards for weight, tensile/tear, and hydrostatic head, it’s well suited to a structured B2B validation plan.
A practical sampling/testing workflow often looks like this:

1. Confirm the final spec (weight tolerance, handfeel, DWR target, color)

2. Build a prototype with your real pattern and sewing settings

3. Verify waterproof performance at the product level (especially seams)

4. Verify DWR beading after handling and basic care simulation (as required by your brand)

5. Lock the bulk order with a QC checklist (roll-to-roll checks + lot labeling)

For waterproofness concepts, hydrostatic pressure tests (often referenced with ISO 811 / AATCC 127 in testing services) measure resistance to water penetration under increasing water pressure—useful for comparing fabrics, but still not a replacement for finished product validation.

OEM / Customization Options

Premium buyers rarely want “one standard only.” They want a repeatable platform they can control in a tech pack. Common development requests for 210D PU-coated Oxford programs include:

• Color matching (Pantone or physical swatch approval)

• Handfeel tuning (softer for garments vs firmer for structured bag panels)

• Waterproof/DWR balance based on your target market and use intensity

• Packing & labeling (roll length, barcode labels, lot traceability)

• Performance verification plan (your incoming QC + third-party tests if needed)

If you already have a benchmark from another supplier, sending a physical sample is the fastest route to match handfeel and performance.

Ordering Guidance

To quote accurately and reduce back-and-forth, send:

• End use: rainwear or bags (and the specific product type)

• Color requirement + reference (Pantone / swatch / sample)

• Target waterproof expectation (you can reference >5000 mm as baseline)

• DWR expectation (baseline 90%)

• Quantity per color + delivery window

• Destination port/address + packing requirements

Call to Action (RFQ / Sample / Technical Sheet)

If you’re sourcing Nylon 210D Oxford PU coated fabric for rainwear or bags and want stable waterproof performance with a lightweight, production-ready build, send your requirements. We’ll respond with a detailed offer, sampling options, and a spec recommendation aligned with your end use.

Contact Us for a Detailed Offer:
Company: Lean Textile Co., Ltd.
Website: https://www.softshellfabrics.com
Email: [email protected]
WhatsApp / WeChat: 008615051486055

FAQ

Q1: What is the base fabric of this product?
A: The page specifies Nylon 210D base fabric.

Q2: What is the standard weight?
A: 130 gsm (+/- 10g) according to ISO 3801.

Q3: What weave is used?
A: The page lists L 1/1.

Q4: What is the thread count per cm?
A: 26/19 threads W/F per cm (DIN 53869).

Q5: What coating is applied?
A: PU coated.

Q6: What waterproof level is specified?
A: Hydrostatic head > 5000 mm (DIN 53886 / ISO 811 shown on the page).

Q7: What does “hydrostatic head (mm)” mean in practice?
A: It indicates the water pressure (expressed as a water column height in mm) a fabric resists before water penetration occurs in a hydrostatic pressure test.

Q8: What is DWR and why do rainwear buyers care?
A: DWR helps water bead off the face fabric and reduces wetting-out; outdoor rainwear guidance notes it affects comfort and perceived performance even when the waterproof layer remains intact.

Q9: Is fabric waterproof rating enough to guarantee a waterproof jacket?
A: Usually not. Seam design, seam sealing/taping, closures, and pattern details strongly influence real product waterproofness—prototype validation is recommended.

Q10: What are the primary applications?
A: The page lists Rainwear and Bags.