Petra by Piera Gariazzo Women Coat - Size S - Made in Italy - Pre-owned

Purchase Protection & Refund Policy

Crafted for the modern woman, the Petra by Piera Gariazzo coat is a versatile addition to any wardrobe. Embodying elegance in a timeless black hue, this size XS to S (NO size label found) coat is tailored for those who appreciate a blend of casual sophistication and comfort. The long sleeves and length provide ample coverage, while the practical pockets add a touch of functionality. black velvet collar and buttons. Designed with a basic yet chic style in mind, the coat suits various occasions from business meetings to formal events and even casual outings. Its cupro outer shell, sourced from Italy, ensures quality and durability. The coat requires dry clean care to maintain its refined appearance. Enjoy the regular fit that promises both style and ease of movement. lining has little flaws need to be sewing shown in photo. Approximate Measurements : Chest : 43cm (underarm to underarm) Length from top to bottom: 116cm (back) Shoulder: 38cm Sleeve outseam: 53cm Sleeve inseam: 37cm We aim for life-like photos, but actual color may vary due to monitor settings and lighting conditions. what's cupro? Cupro is favored by high-end and contemporary fashion designers because it combines the best traits of natural and synthetic fibers: ​The Feel of Silk: It has a gorgeous, subtle matte sheen and an incredibly soft, fluid drape that flows beautifully against the body. ​Hypoallergenic & Antistatic: It doesn’t cling to the skin or create static electricity like polyester does, making it perfect for flowing dresses or garment linings. ​Breathable & Thermoregulating: Like cotton, it breathes incredibly well, absorbs moisture quickly, and helps regulate body temperature, keeping you cool in summer. ​Easy Care: Unlike silk, which usually requires dry cleaning, cupro can often be machine-washed on a gentle cycle (though you should always check the care label). Kindly note that there might have some spots or odor to be cleaned due to storage constraints.