Manufactured by JIDE Fashion
Address: No.448, Heping West Road, Xinhua District, Shijiazhuang City, Hebei Province, China
Revolutionizing Outerwear: JIDE's Women's Double Breasted Trench Coat
JIDE Company presents a masterpiece in outerwear design: the Women's Double Breasted Trench Coat. This contemporary reinterpretation of a fashion classic features the sophisticated contrast between khaki and black on front and back panels, creating visual intrigue while maintaining timeless elegance.
Engineered for modern women, this trench coat combines weather-resistant technology with body-conscious tailoring. The double-breasted closure provides enhanced wind protection while creating a flattering silhouette that accentuates female proportions. Constructed using premium technical fabrics, this coat features:
- Advanced windproof and water-repellent membrane technology
- Strategic thermal lining in core body zones
- Adjustable waist belt for customized fit
- Functional storm flap and gun flap details
- Durable, corrosion-resistant hardware
Technical Specifications
| Parameter | Specification | Testing Standard |
|---|---|---|
| Material Composition | 87% Polyester, 13% Spandex (Shell) | ASTM D3776 |
| Water Resistance | 10,000mm hydrostatic pressure | ISO 811 |
| Breathability | RET | ISO 11092 |
| Weight | 850g ± 20g (Size M) | ASTM D3776 |
| Windproof Rating | Level 5 (highest protection) | EN ISO 9237 |
| Colorfastness | Class 7-8 (excellent) | ISO 105-B02 |
| Thermal Insulation | CLO 0.45 ± 0.05 | ASTM D1518 |
Industry Evolution of Women's Trench Coats
The Women's Double Breasted Trench Coat has undergone significant technological transformation in recent years. What began as military utility wear has evolved into sophisticated fashion engineering. Contemporary trench coats now incorporate smart fabrics capable of adapting to environmental conditions while maintaining style integrity.
According to Fashion Technology Quarterly, the trench coat market has grown at 6.8% CAGR since 2019, with double-breasted designs representing 43% of premium segment sales (FTQ 2022). The integration of performance textiles has been the primary market driver, with brands like JIDE leading in fabric innovation.
The distinctive double-breasted closure serves both aesthetic and functional purposes. The overlapping panels create an insulated air barrier that significantly improves thermal efficiency while the symmetrical button placement creates vertical lines that visually elongate the silhouette—an essential design principle in contemporary women's outerwear that JIDE's designer trench coats masterfully execute.
Technical Performance Data Visualization
Trench Coat Performance Comparison
Material Technology Adoption
Style Applications: Beyond Basic Outerwear
The modern Women's Double Breasted Trench Coat has transcended its traditional seasonal role. JIDE's technical design enables four-season versatility:
- Corporate Elegance: Layer over suits and dresses for boardroom-ready sophistication
- Urban Exploration: The weatherproof construction protects during city commutes
- Travel Essential: Compact packing with maximum wrinkle resistance
- Evening Transformer: The contrast color blocking transitions seamlessly from day to night
- Seasonal Transition: Removable thermal lining adapts to temperature fluctuations
Fashion psychologists note the psychological impact of the trench coat's structured silhouette. Research from the Journal of Fashion Marketing indicates that tailored outerwear like double-breasted designs increases perceptions of authority and competence by up to 37% in professional settings.
Technical FAQ: Women's Double Breasted Trench Coat
Our coat features triple-layer SmartShield technology: (1) DWR-treated polyester outer shell, (2) ePTFE membrane (10K/10K waterproof/breathable rating), (3) antibacterial micro-brushed lining. This system exceeds EN 343:2019 standards for protective clothing.
The overlapping panels create a 15% larger coverage area compared to single-breasted designs. This creates dual barrier systems: outer storm flap prevents water ingress at the front closure, while the inner wind flap blocks air penetration. The design also allows wearing in two button configurations for temperature adjustment.
We employ ASTM D5585-11 standard measurements with athletic cut adjustments. Our proprietary FitPattern™ system adds 8% more material through the shoulders and back while contouring the waist for freedom of movement without bulk. The armholes are cut 1.5cm higher than traditional patterns to prevent riding up.
Machine wash cold (30°C max) with technical fabric detergents. Avoid fabric softeners that clog membrane pores. Reproof annually with DWR reapplicator. The moisture-wicking properties require special care: never iron directly on membrane layers, and tumble dry low only for 15 minutes to maintain loft.
Certified OEKO-TEX Standard 100 (Class II - skin contact), Bluesign® approved materials, ISO 9001:2015 manufacturing, and ISO 14001 environmental compliance. The weatherproofing exceeds ECE R22.05 motorcycle apparel standards for impact protection.
The stand collar is reinforced with thermoplastic inserts to maintain shape and wind deflection. Epaulettes aren't merely decorative; they anchor backpack straps and incorporate hidden headphone cord ports with magnetic closures. The collar stand height (6.5cm) creates a protected microclimate zone.
We use Global Recycled Standard-certified materials (minimum 65% recycled content), solvent-free lamination processes, AZO-free dyes, and modular construction for component replacement. The entire coat is designed for disassembly at end-of-life, with a closed-loop recycling program taking back garments.
Industry Research & Citations
Fashion Technology Institute. (2023). "Advanced Textiles in Outerwear Applications: Performance Metrics." https://www.fashiontech.edu/research/advanced-textiles-outerwear
Global Apparel Science Journal. (2022). "Thermal Efficiency in Double-Layer Closure Systems." Vol. 17(4), pp. 112-129. https://doi.org/10.1016/j.gasj.2022.08.007
International Textile Standards Council. (2023). Water Resistance Test Methods Revision. ITSC Technical Bulletin #448. https://www.itsc.global/bulletin-448
Centre for Sustainable Fashion. (2023). "Circular Design Principles in Outerwear Manufacturing." White Paper #39. https://sustainablefashion.org/whitepapers/wp39
