Long Island Marble Honed Finish Tear Drop

Long Island Marble Honed Finish Tear Drop tiles offer a timeless elegance with their classic white marble and subtle grey veining. This exquisite mosaic design is reminiscent of the refined architecture found in historic settings, yet seamlessly fits into modern interiors.

Each tile showcases a honed finish that enhances its natural crystalline structure, creating a surface that is both smooth and tactile. The tear drop pattern adds a touch of sophistication, making these tiles a versatile choice for various design schemes.

Crafted from high-quality marble, these tiles are intended for internal use, suitable for both walls and floors. They are particularly well-suited to bathrooms, kitchens, and splashbacks, where their natural beauty can be fully appreciated.

When considering installation, it's important to note that these tiles are prone to efflorescence. To mitigate this, store them in a dry area and use a rapid or semi-rapid set adhesive, such as our Sarsen Home Premium Semi-Rapid Adhesive.

With their enduring appeal and refined aesthetic, Long Island Marble Honed Finish Tear Drop tiles bring a sense of understated luxury to any space. They require sealing to maintain their pristine condition over time.

Sheet

m²

12.66 sheets per m²

Add 10% for wastage

£22.56

ex. VAT

£27.07 inc. VAT

In Stock: 107.5m²

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Appearance

Colour:: White
Finish:: Honed
Effect:: Patterned, Modern, Traditional
Shape:: Mosaic
Natural tonal variations:: Medium

Material & construction

Material:: Marble
Rectified:: No
Sealing Required:: Yes

Dimensions & coverage

Size:: 31.9 x 30.6 x 1cm
Thickness:: 1 cm
Tiles per Box:: 10
M² per Box:: 0.08
Tiles per m²:: 12.66

Suitability

Internal/External:: Internal
Area/Room:: Bathroom, Shower & Wet Room, Kitchen, Splashback, Hallway
Wall/Floor:: Wall, Floor

Long_Island_Honed_Mosaic CP_Datasheet

Test	Standard	Result
Apparent Density	BS EN 1936 : 2006	2690kg/m³
Open Porosity	BS EN 1936 : 2006	0.2%
Water Absorption at Atmospheric Pressure	BS EN 13755 : 2008	0.1%
Flexural Strength (3 Point)	BS EN 12372 : 2006	14.2MPa
Abrasion Resistance	BS EN 14157 : 2004	11.5mm
Thermal Shock Resistance	BS EN 14066 : 2013	19.9MPa
Slip Resistance (Dry)	BS EN 14231 : 2003	PTV 54.9
Slip Resistance (Wet)	BS EN 14231 : 2003	PTV 22.2