Zip Trim Top - Ecru/Black

Designer: PERUZZI

Regular
$229.99
Sale
$229.99
Regular
$0.00
Sold Out
Unit Price
per 
SKU PER-S25139-ECRU/BLK-36

We want you to love your purchase.  

If for any reason you are not satisfied with your online purchase we will be happy to accept a return or exchange of any full priced items within 7 days of receiving your online order. 

Please note that we cannot accept returned items that have been worn / tags removed. Should this be the case, your items will be returned to you and a refund not processed. 

Please note: There is no refund or exchange on sale items.

Purchases using a promo, discount, coupon code are not considered sale items.
For full refund terms and conditions please consult our Refunds policy 

FREE SHIPPING ON ORDERS OVER $150.

For orders under $200 we ship for for a flat domestic fee of $15.00.

We ship with Australia Post.


Orders will be dispatched the next working day after you have ordered.  Please use the best daytime delivery address for your order.

Once shipped, delivery generally takes 2 – 5 working days for domestic orders.

You will receive an email with your tracking number so you can track your new purchase direct to your door.

Modern sophistication meets everyday ease in the Peruzzi Zip Trim Top. Featuring a sleek pointed round collar and smooth zipper detailing along the sides, this top blends clean lines with contemporary flair.

Crafted from a lightweight blend of 50% Viscose and 50% Polyamide, it offers a breathable feel with a polished finish. The black side panels enhance the silhouette while adding contrast and edge to the minimalist design.

Features:

  • Pointed round collar for a refined neckline
  • Smooth side zipper trim for a modern touch
  • Black contrast panels for visual interest
  • Short sleeves for warm-weather comfort
  • Lightweight and breathable fabric blend

Styling Tip:
Pair with tailored trousers or black denim for a sleek, versatile look that transitions effortlessly from day to night.

Care Instructions:
Machine wash at 30°C