Golfers require outerwear that maintains swing mobility while providing reliable protection from precipitation. A ladies' golf rain suit designed for factory direct supply must balance waterproof performance with the ergonomic demands of the sport, addressing both material science and garment construction principles.

This product page details the technical specifications, material considerations, and construction methods relevant to industrial buyers evaluating ladies' golf rain suits for B2B procurement, focusing on measurable engineering characteristics rather than subjective claims.

The primary fabric utilizes a 3-layer laminate system: an outer shell of 100% nylon taslan with a DWR (durable water repellent) finish, a middle layer of polyurethane (PU) membrane, and an inner lining of brushed polyester microfiber. This construction achieves a hydrostatic head rating of 10,000mm, measured under ISO 811 standards, indicating resistance to water penetration under sustained pressure.

Seams are sealed using 12mm wide polyurethane tape applied via hot-air welding, creating a continuous barrier that prevents leakage at stitch points. The DWR finish is reapplicable after approximately 20 wash cycles to maintain surface beading, though the underlying membrane provides the primary waterproof barrier.

Breathability is rated at 8,000g/m²/24hr (MVTR - Moisture Vapor Transmission Rate) according to JIS L 1099 B1, allowing perspiration vapor to escape while blocking liquid ingress, a critical factor for maintaining comfort during physical activity in wet conditions.

The jacket features a raglan sleeve cut, which eliminates the shoulder seam and allows unrestricted rotation of the upper arm during the backswing and follow-through. Sleeve length includes a 2cm extension beyond the wrist bone, adjustable via hook-and-loop cuffs to prevent water ingress while accommodating golf gloves.

The trouser pattern incorporates an articulated knee with a 15-degree pre-bend and a gusseted crotch panel, increasing the range of motion in the sagittal plane by approximately 20% compared to straight-cut designs. Ankle openings feature 5cm zippers with storm flaps, enabling easy removal over golf shoes without compromising seal integrity.

Both jacket and trousers include a dropped rear hem (4cm longer than front) to maintain coverage during the forward bend of the address position, and the jacket hem is adjustable via an internal drawcord with cord locks to minimize wind lift and water entry.

Fabric inspection follows a 4-point system per ASTM D5430, with defects categorized by size and length; acceptable quality limit (AQL) is set at 2.5 for major defects. Each laminate layer undergoes adhesion testing (ASTM D903) to ensure bond strength exceeds 2.0 N/mm, preventing delamination under flex stress.

Finished garments undergo hydrostatic head retesting on a sample basis (AQL 4.0) and seam seal integrity checks using a vacuum chamber test. DWR performance is evaluated via spray rating (AATCC 22) requiring a minimum score of 80 after initial application and after 5 wash cycles.

Packaging for factory direct shipment uses polybags with silica gel desiccant packets to control humidity during transit, and cartons are marked with handling symbols per ISO 780-1997 to prevent moisture damage. Quality documentation includes test reports for each production batch, available upon request.

Color matching is available using Pantone references for the outer shell fabric, with minimum order quantities (MOQ) starting at 300 units per colorway. Logo application options include embroidery (minimum 8mm letter height) or heat transfer vinyl, both tested for adhesion after 20 wash cycles at 40°C.

Sizing can be adjusted via graded pattern modifications; standard size range is XS-XXL with custom height adjustments (e.g., petite or tall) available upon technical specification submission. Reflective tape placement for low-visibility conditions can be configured per client safety requirements, typically applied to sleeves and lower legs.

Lead time for standard orders is 6-8 weeks from approved sample and deposit, with expedited options available for sea freight consolidation. Sample development requires 2-3 weeks and includes a physical proto sample for fit and function validation before bulk production.

Procurement engineers should verify that the specified hydrostatic head and breathability ratings align with the expected weather conditions and activity levels of the end users. Requesting batch-specific test reports and conducting wear trials under simulated conditions are recommended steps to mitigate performance risk.

Factory direct sourcing eliminates intermediary markups, allowing buyers to allocate budget toward higher specification materials or increased order volumes. Clear communication of technical requirements, including size charts, color standards, and logo artwork specifications, ensures alignment between design intent and manufactured output.