Lee Jeans Womens Indigo Hi Rise Skinny Jeans
- Lee Hi Rise Skinny Jeans
- 91% Cotton 6% Polyester
- Zip Fly/Single Button Fastening
- 5 Pockets
- Contrast Stitching
These Hi Rise Skinny Jeans from Lee Jeans are the perfect staple pair. They feature an all round skinny fit that has been detailed with a full zip fly with a single, branded button fastening. The front of these jeans feature three open front pockets, two being side pockets and one smaller coin pocket. On the back there are two open, patch pockets that have been detailed with contrast stitching for an added touch. Each pocket on this pair of jeans has branded rivets on each corner. These jeans finish with a small, Lee branded leather patch on the back waistband.
Product Code: SKYLER-LEEJ-IND
Rating of Psyche, calculated from over 1300 customer reviews.
UK Delivery (click here for full details)
Orders authorised before 3.30pm Monday - Friday are eligible for Same Day Dispatch.
ROYAL MAIL - Standard Delivery (2-3 days) £3.99
Fedex - Next Day Delivery - £4.99
FedEx Saturday delivery delivery £12.99
European and International
Delivery available from £14.95
We understand that there may be a need to return goods for a refund or exchange, so we have made the process as simple as possible.
We aim to process returned items within 1 working day of receipt of arriving on our premises.
Our site uses the latest 128 bit SSL security, complying with and exceeding all necessary security requirements to protect your details. We do not store any sensitive information (card number, etc).
SSL encrypts your order online to avoid any decoding of that information of anyone other than the necessary processing parties. To check the security of your connection, look at the status bar of your browser window after accessing the website. If you see an unbroken key or a closed lock then, depending upon your browser, SSL is active. You can also double check by looking at the URL line of your browser - while accessing a secure server the first characters of the address will change from HTTP to HTTPS.