Sizing information
| Overall size (inc frame) | x cm ( x in) |
| Depth | cm (in) |
| Artwork | x cm ( x in) |
| Border (mount) |
cm
top/bottom
(in)
cm left/right (in) |
| The paper size of our wall art shipped from the US is sized to the nearest inch. | |
Our prints
We use a 200gsm fine art paper and premium branded inks to create the perfect reproduction.
Our expertise and use of high-quality materials means that our print colours are independently verified to last between 100 and 200 years.
Read more about our fine art prints.
Manufactured in the UK, the US and the EU
All products are created to order in our print factories around the globe, and we are the trusted printing partner of many high profile and respected art galleries and museums.
We are proud to have produced over 1 million prints for hundreds of thousands of customers.
Delivery & returns
We print everything to order so delivery times may vary but all unframed prints are despatched within 1–3 days.
Delivery to the UK, EU & US is free when you spend £75. Otherwise, delivery to the UK costs £5 for an unframed print of any size.
We will happily replace your order if everything isn’t 100% perfect.
Product images of Joseph Priestley, English chemist and Presbyterian minister, 1791
Product details Joseph Priestley, English chemist and Presbyterian minister, 1791
Joseph Priestley, English chemist and Presbyterian minister, 1791
Joseph Priestley, English Chemist and Presbyterian minister, 1791. Priestley (1733-1804) was a pioneer in the study of gases and is recognised as one of the discoverers of oxygen. He also experimented with electricity. Priestley was a member of the Lunar Society, a dining club of scientists and businessmen from the Birmingham region, including Matthew Boulton, James Watt, John Wilkinson, Erasmus Darwin and Josiah Wedgwood. In 1794 he emigrated to America and published books on Unitarianism. From The European Magazine (London, 1791), showing putti blowing bubbles with a clay pipe and a woman or muse with a wet battery cell.
- Image ref: 1158110
- Oxford Science Archive / Heritage Images
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