Giant Wooden Keyring - A supersized XXL Oak Keyring

TIMBERSMITHS LTD

£22.5

GIANT WOODEN KEYRING This giant sized whopper of a wooden keyring is made from solid Oak and almost impossible to misplace, pack by mistake or lose, even for the most forgetful. It works perfectly as a giant sized utility keyring easy to spot and not forgotten, or a funny gift for a friend and colleague who is always misplacing their keys. Size: 22cm x 6cm x 1.2cms Made from Solid Oak, with rounded edges, sanded by hand finished with natural oil. Choice of fonts or choose your own Personalise with your own text on one or both sides.

TIMBERSMITHS LTD's own words, read from their page.

Buy from TIMBERSMITHS LTDPrice seen 2026-09-19. Not an affiliate link, we earn nothing from it.

Where this comes from

The part other shops don't tell you. Three separate questions, kept separate on purpose, each with its source.

UK company
Registered at Companies House as TIMBERSMITHS LTD, number 10067642. Checked 2026-08-29.
Means the business is a British legal entity, not a British-sounding name owned elsewhere. It says nothing about where anything is made.
UK operations
Not yet checked.
Means people employed here, or premises they actually work from. We keep this separate from the company badge because a registered office can be an accountant's spare room, and a company can be registered in Britain while everything it does happens somewhere else. Where we have not looked, we say so rather than assuming.
British-owned
Not established. Many companies file a statement rather than naming a controlling shareholder.
Read from the register of people with significant control, following the chain of holding companies. It does not gate anything: a firm can be made here and owned elsewhere, and that is worth telling you rather than hiding.
Where it is made
The maker doesn't say, so neither do we.
This is about the individual product, not the company. A British firm can sell things made abroad, which is normal and not a criticism. We would rather tell you which is which than average them into a score.