Apple iPhone XS Max Leather Case – Cornflower
Key Features
- Leather Case for your iPhone XS Max
- Built to protect from scratches and drops
- Soft and comfortable to hold
- Wireless charging while case is on
Overview
These Apple-designed cases fit snugly over the curves of your iPhone without adding bulk. They’re made from specially tanned and finished European leather, so the outside feels soft to the touch and develops a natural patina over time. The machined aluminium buttons match the finish of your leather case, while a microfibre lining inside helps protect your iPhone. And you can keep it on all the time, even when you’re charging wirelessly.
Like every Apple-designed case, it undergoes thousands of hours of testing throughout the design and manufacturing process. So not only does it look great, but it’s also built to protect your iPhone from scratches and drops.

Have you ever thought of trading in your old smartphone?
Recycling your phone is a great way to help the environment and earn some extra money, and Clove Technology offers a recycling programme that pays you for your old phone(s)!
So if you're about to buy a new phone from us, or you've recently bought one, why not sell us the handset you no longer need?
How much will you offer for my phone?
That depends on its age and condition. More recent phones generally have a higher value than old ones, but other factors can affect value. These include if the phone is working or not and its network lock status. Fully working phones with an unlocked network status will command a higher value if they are in good condition.
We pledge to beat the major recycling services operating in the UK on the price they offer for your
How do I get my phone(s) back to you?
On our recycling site SEARCH, for your phone and provide details of its status and condition. We will then offer you a price for your phone. If you choose the option to Sell Now, a recycling pack to you for returning your phone.
Alternatively, you can call our recycling team on 0330 1180686, choosing option 2.