OEM Women's Rain Poncho with Hood

This document details the technical specifications, material considerations, and manufacturing logic behind our OEM women's rain poncho with hood, designed for industrial procurement teams evaluating functional rainwear for workforce deployment or private-label distribution.

Material Composition and Performance Characteristics

The poncho is constructed from a 100% polyester base fabric coated with a thermoplastic polyurethane (TPU) layer on the exterior surface. This TPU coating provides a hydrostatic head rating of ≥5,000 mm, ensuring resistance to moderate to heavy rainfall without leakage under typical outdoor exposure conditions. The inner laminate consists of a micro-porous membrane that allows water vapor transmission (MVTR ≥ 3,000 g/m²/24h) to reduce internal condensation during prolonged wear.

Seams are sealed using ultrasonic welding or heat-activated TPU tape, depending on production volume and client specifications, to maintain waterproof integrity at stitch points. The fabric weight averages 180 g/m², balancing durability with packability—critical for storage in vehicle kits or personal carry bags. Colorfastness is tested to ISO 105-B02 standards, with typical ratings of 4–5 after 20 hours of xenon arc exposure.

Design Features and Functional Ergonomics

The poncho features a single-piece canopy with a centered front opening secured by a molded nylon zipper covered by a storm flap with hook-and-loop closure. The hood is integrated into the canopy structure with a semi-rigid visor formed by heat-sealed TPU inserts, maintaining shape without adding bulk. Adjustment is facilitated by dual elastic drawcords at the hood perimeter, adjustable via barrel locks located internally to prevent snagging.

Side vents are incorporated under the arms, each covered by a waterproof flap to allow airflow while maintaining rain protection. The poncho length extends to mid-calf (approximately 115 cm from shoulder to hem for size M), providing coverage over typical workwear or uniform layers. Sleeve openings are elasticated at the cuffs to restrict water ingress without impeding mobility.

Customization Options for OEM Applications

OEM buyers can specify variations in fabric weight (150–220 g/m²), TPU coating thickness (0.08–0.15 mm), and seam sealing method based on end-use environment—e.g., higher TPU thickness for coastal or industrial splash zones. Hood dimensions, including depth and visor protrusion, are adjustable to accommodate hard hats or helmets when required.

Closure systems can be modified to include magnetic snaps, YKK zippers with rubber pulls, or hook-and-loop only, depending on glove compatibility needs. Branding options include screen printing, heat transfer, or embroidery on the left chest or upper back, with minimum clear area dimensions provided upon request. Reflective trims compliant with EN ISO 20471 can be added to shoulder straps or hem bands for low-visibility environments.

Quality Control and Manufacturing Considerations

Each batch undergoes hydrostatic pressure testing on random samples per AATCC 127, with acceptance criteria set at no leakage at 5,000 mm pressure for 5 minutes. Seam strength is verified via grab tensile testing (ASTM D5034), requiring minimum values of 25 N/mm in warp and weft directions. Visual inspection includes checking for coating uniformity, edge sealing completeness, and label placement accuracy under 10x magnification.

Packaging is typically done in individual polybags with silica gel desiccant packs to prevent moisture accumulation during transit. Cartons are configured for 50–100 units depending on poncho size and fabric thickness, with palletizing optimized for standard 1.2m x 1m freight dimensions. Lead times average 4–6 weeks from approved sample confirmation, subject to material availability and order complexity.

Typical Applications in Industrial and Operational Settings

This poncho is commonly specified for outdoor workforces in utilities, municipal services, event staffing, and logistics operations where full-body rain protection is needed without the bulk of traditional rain suits. The hood design allows compatibility with hard hats, ear protection, and communication headsets commonly worn in these environments.

Unlike ponchos intended for recreational use, this version prioritizes durability under repeated deployment, resistance to abrasion from equipment contact, and ease of decontamination—critical for industries where garments may be exposed to dirt, oil, or light chemical splashes. The lightweight construction also supports rapid deployment in emergency response scenarios where storage space is limited.

All technical values are based on standard test conditions and representative production lots. Custom specifications require formal quotation and sample approval.

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