Positano Grey Onyx Effect Polished Porcelain Tile 1200×600mm
1 box contains 3 tiles and covers 2.16 m² of area.
Useful tips before checkout
- We recommend ordering a small cut sample to check colour and finish.
- Please review the delivery information and inform us of any access restrictions before ordering.
- An additional 10% is typically recommended for cuts and wastage.
Product Description
Positano Grey is a pale onyx effect indoor porcelain tile in soft white and cool grey, with fine veins drifting across the surface. The polished finish gives it a clean, luminous look that lifts a room. In a 1200×600mm format the pattern flows across walls and floors with few joints.
Where it works
Positano Grey suits walls and floors throughout the home, and works with white, chrome, pale wood and soft greens for a fresh, airy feel.
Key features
- Size: 1200×600mm
- Finish: Polished
- Colour: Soft white and cool grey
- Look: Onyx effect
- Material: Porcelain
- Edges: Rectified, for narrow grout joints
- Underfloor heating: Suitable
- Slip rating: N/A (polished)
- Use: Indoor walls and floors
Technical Specifications
Usage: Indoor
Size: 1200×600mm
Thickness: 7mm
Colour: Grey
Finish: Polished
Style: Marble Effect
Slip Rating: N/A
Delivery Information
We offer free standard delivery on most orders of £500 and over*. Enter your postcode at checkout to confirm delivery costs.
Pallet deliveries are kerbside only — please ensure suitable access for large vehicles.
Typical standard delivery time is 3–5 working days.
*Please check our Delivery Instructions page for full details.
Installation & Important Notes
This product should be installed on a suitably prepared base using appropriate materials and installation methods. If you are unsure about base preparation or installation methods, we recommend consulting a qualified professional.
Shade variation may occur between batches; ordering the full required quantity in one order is advised.
Samples and full orders may be supplied from different production batches. Natural shade variations can occur.