This attractive Tudor Cathedral natural limestone paving is designed to blend sympathetically with older properties and gardens, where the design seeks to provide an established feel. Tudor Cathedral paving features a range of lighter greys, oranges and buff colours and is supplied in a 4-sized mixed project pack that covers 15m² with a slab thickness of approximately 25mm.
AWBS recommend that all natural stone paving should be laid on a full bed of mortar and this product requires pointing in with a minimum joint width of 10mm between slabs. Why not have a look at our very handy guide showing you how to lay a patio for more help. Please note that all natural stone paving slabs may be subject to issues such as efflorescence, weathering, staining and rust marks. We have put together a patio cleaning & care guide that explains how to clean all types of paving and the method for removing and improving the appearance of common types of staining.
Pavestone - design for living
One of our main paving suppliers, Pavestone offer a huge range of hard landscaping materials to help you realise your dream garden. A full compliment of beautiful natural stone, concrete and porcelain is available through AWBS and you can have a look at the entire Pavestone range of products in their virtual brochure here - https://www.pavestone.co.uk/eflip-brochure-awbs.
Any more questions?
AWBS have three well stocked showrooms in Oxford, Yarnton and Swindon and we have lots of knowledgeable staff on hand to help you with any query you may have. If you have any questions or need any more information about our Tudor Cathedral, or any of our products, you can contact your local branch. We're here to help!
Free local delivery!
Remember, at AWBS we offer completely free delivery to local areas! You can find out if you qualify by using our handy postcode checker.
Attributes |
Brand |
Pavestone |
Included Sizes (mm) |
900x600, 600x600, 600x290, 290x290. |
Material |
Natural Limestone |
Range |
Tudor |
M² Coverage |
15 |
Item Weight (KG) |
750 per pack (approx) |