Ambleside Victorian Inspired Floor Tiles
Create a vintage vision in your home with the Ambleside pattern pack. This stunning, Victorian-inspired pattern will make an impressive impact on your space with the striking contrast of black against white.
Made up of small squares and rectangles, you can recreate this bold, basket weave effect in your hallway, bathroom, kitchen or conservatory and then beautifully personalise the design with your choice of accenting trim. Or why not try this design on an exterior path to lead stylishly up to your front door.
This pattern consists of:
- Black Square 53mm x 53mm
- Dover White Square 53mm x 53mm
- Black Rectangle 106mm x 53mm
Original style, victorian floor tiles brochure
Tile, Victorian Floor Tile
Bathroom, Entrance, Exterior or Patio, Kitchen
Patterned or Marbled
The tile quantities suggested are based on the dimensions that you enter and it is advisable that you always make allowances for cuts and breakages. Manufacturers’ averages are used to present quantities for adhesives and grouts and as surfaces may be uneven, more than the estimated quantity of adhesive and grout given here may be required. Atlas Ceramics can therefore accept no liability for over or under ordering. View our full tile calculator page for further details and instructions.
Returns & Delivery
Returns & Delivery
How much is delivery?
Orders up to 25kg - £9.95 inc. VAT
Orders over 25kg - £39.95 inc. VAT
FREE delivery is applied to sample tiles/mosaics and on orders of £250 and over including VAT (Exclusions may apply on these prices, Express Delivery is exempt from this).
Do I have to sign for my delivery?
Yes, it is necessary to sign for your order. Please note that your signature indicates to us that you have received and checked the quantities and products and have confirmed that all is present and correct.
View our full delivery information page for further details »
In addition to your right to cancel your order we accept returns in accordance with our returns policy set out on our terms & conditions page.