VESTALE - Asymmetrical strapless long dress in silk chiffon, floral print

An asymmetrical long dress with a strap tied at the left shoulder, the Vestale model is in silk chiffon with a Fleurs print.
Vaporous chiffon, long cut, heady print: the Vestale dress joins the wardrobe of Fête Impériale for the Spring-Summer 2024 collection, Blue Sand. This asymmetrical dress with a knotted shoulder is reminiscent of the fuzzy tunics of vestals, reinvented in a more nonconformist version. The lightweight Vestale dress features delicate chiffon and a bright, spring-like Fleurs print. Paired with a pair of heeled mules, this dress is perfect for summer events and ceremonies.

From creation to manufacture
Design and conception in Paris
Manufacturing in Monastir, Tunisia
Visited workshop, employing exclusively women to promote their emancipation through work
Fabric made in Italy
No air transport

Care
Machine wash prohibited
Do not tumble dry
Do not bleach
Iron at low temperature
Professional dry-cleaning

The Vestale dress is designed in our studio in the heart of the Marais district, and is made in a partner workshop based in Tunisia, employing women exclusively to promote their emancipation through work with fabric made in Italy. We take great care to ensure that transport is not by plane.
Eco-responsibility is at the heart of Fête Impériale's commitments. Each of our designs is imagined by our creative team under the guidance of our artistic director, then prototyped by our model-makers in our Paris workshop. With an ever-increasing focus on French and even European manufacturing, Fête Impériale works hand-in-hand with regularly audited partner factories, whose social commitment aims to improve the daily lives of their employees. The choice of materials is also key to guaranteeing the lowest possible ecological impact: that's why Fête Impériale favors natural materials (or recycled ones, for synthetics) and relies on the Oeko-Tex label to audit its production. It is also with this in mind that Fête Impériale relies on series produced in reasoned quantities, thus avoiding the risk of overproduction.