STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
STUDENTS GET 15% OFF WITH STUDENT BEANS
Couldn't load pickup availability
This Floor length show stopping evening dress is crafted from semi-sheer net to show glimpses of your upper body, lined from bust down. It’s cut to a fitted upper body with a feminine sweetheart neckline, flowing waist down for an elegant touch, which adds depth to the lower body. The key feature on this dress showcases a fully sheered back with a chunky zip to sass this dress up a few notches.
This dress was made for one of those unforgettable evenings. It has a grosgrain ribbon finishing which draws attention to the waist.
At Josh and Nicol, we offer a range of delivery methods, which you are able to select during the checkout process. We deliver to the whole of the UK. However please note that certain services might be restricted in some areas and deliveries may take longer.
We offer Free UK Delivery on orders over £250.
Our working hours are 9 am-5 pm Monday to Friday, excluding Bank Holidays.
| Delivery Method | Estimate | Charge |
| Order over £250 | 2-6 Business days | Free |
| Standard | 2-6 Business days | £5.99 |
| Express | 2-3 Business days | £7.99 |
| Next Day | Orders before 1pm Business days | £10.99 |
Once your order has been dispatched from our warehouse you will receive a confirmation email to let you know it is on the way.
If incorrect delivery information has been used at checkout, you can email us at info@joshandnicol.com to check if we can amend your information before we process your order.
Thanks for subscribing!
This email has been registered!
Take 20% off your first order
Enter the code below at checkout to get 20% off your first order
