Pimlico Limestone Tumbled Finish

The Pimlico Limestone Tumbled Finish brings a rustic charm to any interior space, with its lively putty tones enriched by subtle oyster green and charcoal accents. These tiles effortlessly capture a sense of natural elegance, making them a refined choice for traditional and rustic settings.

Crafted from robust limestone, the tumbled finish adds a tactile quality that enhances its visual appeal. The gentle variation in colour and texture creates a dynamic surface that remains understated yet expressive, offering a canvas that complements a variety of interior materials.

Designed for internal use, these limestone tiles are well suited to areas such as kitchens and hallways. Their durable nature ensures they withstand the demands of daily life, while the tumbled finish provides a surface that is forgiving to the eye, never seeming to show the dirt.

When considering styling options, these tiles pair beautifully with both contemporary and traditional furnishings, allowing for a seamless integration into your design vision. Their natural tones and textures offer versatility, adapting to the mood of the space they inhabit.

As with all limestone, sealing is required to maintain the integrity and appearance of the Pimlico Limestone Tumbled Finish. This thoughtful detail ensures the tiles continue to bring warmth and character to your home for years to come.

m²

Add 10% for wastage

£115.42

ex. VAT

£138.50 inc. VAT

In Stock: 106.0m²

VIEW TRADE PRICING

Let us price your project:

Appearance

Colour:: Tumbled
Finish:: Tumbled
Effect:: Traditional, Rustic
Shape:: Flagstone
Natural tonal variations:: High

Material & construction

Material:: Limestone
Rectified:: No
Sealing Required:: Yes

Dimensions & coverage

Size:: 60 x Random x 2cm
Thickness:: 2 cm

Suitability

Internal/External:: Internal
Area/Room:: Kitchen, Hallway
Wall/Floor:: Floor

Pimlico_Tumbled CP_Datasheet

Test	Standard	Result
Apparent Density	BS EN 1936 : 2006	2670kg/m3
Open Porosity	BS EN 1936 : 2006	1.2%
Water Absorption at Atmospheric Pressure	BS EN 13755 : 2008	0.4%
Flexural Strength (3 Point)	BS EN 12372 : 2006	17.4MPa
Frost Resistance (56 Cycles)	BS EN 12371 : 2010	16.0MPa
Abrasion Resistance	BS EN 14157 : 2004	18.5mm
Thermal Shock Resistance	BS EN 14066 : 2013	16.2MPa
Slip Resistance (Dry)	BS EN 14231 : 2003	PTV 48
Slip Resistance (Wet)	BS EN 14231 : 2003	PTV 9