A sensual reimagining of summer chic, the Florentina Blouse is crafted from lustrous silk blend fabric and trimmed with intricate Italian lace. Designed to embody elegance and allure, it is the perfect balance of sophistication and modern femininity.

 Features:

• Dropped Neckline: Enhances the décolletage, creating a soft, flattering frame.
• Adjustable Fit: Back and neck ties allow for a custom silhouette, so you can style it high or low.
  
• Material: 65% Silk, 35% Polyester

 Style:
This blouse speaks to a lifestyle of romance, leisure, and quiet confidence. Whether paired with the Rio Long Skirt for evening glamour or styled casually for sun-drenched afternoons, the Florentina Blouse is versatile, bold, and unforgettable.

Comes in different colour ways, if wanted different colour please email us at [email protected]

Fit:
Model wears size Small. True to size – we recommend your usual fit. The top is worn with the neck tie wrapped around the neck to close the top for more coverage. Can be worn tied behind the neck for an open low cut drape. 

This item is on pre-order

This item will be specially made for you when we receive your order. Please note that the production time is 5-10 business days, excluding shipping. 

We kindly request that you allow 2-3 weeks for your garment to arrive at your doorstep. If you have an urgent deadline or would like to customise the colour or length of this piece, please do not hesitate to contact us at [email protected]. 

Please bear in mind that our customisation fee is $150 and modifications are limited to colour and length only. We are unable to fulfil any other customisation requests at this time. Our team is committed to providing you the best experience, and in return we trust that you can understand that any garments that have been customised cannot be refunded for store credit or exchanged.  

Disclaimer : Since our fabric has a higher amount of quality silk in it's composition, it makes it more delicate. Please be mindful when handling with long nails or rubbing against surfaces.