Jacket - White with Green trim

A timeless handmade jacket created from beautifully textured white fabric and finished with elegant dark green binding. This one-of-a-kind layering piece combines understated design with thoughtful craftsmanship, making it easy to style throughout the year.

The richly textured fabric features raised floral and geometric motifs that add depth and character while maintaining a clean, sophisticated appearance. Deep green contrast binding frames the neckline, open front, sleeve cuffs and hem, creating a refined finish that highlights the jacket's elegant silhouette.

Designed with an open-front style, a softly rounded neckline and comfortable three-quarter-length sleeves, the jacket has a relaxed straight fit that layers beautifully over dresses, blouses, knitwear or simple tops. Its lightweight construction makes it suitable for both everyday wear and more polished occasions.

Details

Handmade and one of a kind

White textured fabric with raised woven motifs

Dark green contrast binding

Open-front design

Softly rounded neckline

Three-quarter-length sleeves

Relaxed straight fit

Lightweight layering piece

Made from carefully selected repurposed textiles

Sustainability

This jacket has been handmade from carefully reclaimed textiles, giving beautiful materials a second life instead of letting them go to waste. Every garment is individually created, ensuring that no two pieces are ever exactly alike.

Because reclaimed fabrics have lived a previous life, small signs of age or character may occasionally be present. These subtle details are part of the garment's history and contribute to its uniqueness.

Measurements: 

Chest: 108 cm. 
Length: 59 cm. 

Please Note

• One of a kind: Only 1 of this item is available. 

• Size: Best suited for X-small (XS), Small (S),  Medium (M) and Large (L). Please refer to the measurements provided to ensure the best fit.

• Photos: Some listing images have been enhanced or generated using AI to showcase the garment in different settings or on different models.