Palazzo Oro Honed Herringbone Mosaic

The Palazzo Oro Honed Herringbone Mosaic offers a timeless elegance with its antique white marble backdrop, interwoven with striking gold and green veins. This mosaic captures the essence of classic luxury, bringing a refined touch to any interior space.

Crafted from durable marble, these mosaics are designed in a herringbone pattern that adds a sense of movement and sophistication. The honed finish enhances the natural beauty of the stone, creating a surface that is both tactile and visually appealing.

Ideal for internal use, these mosaics are well suited to bathrooms, kitchens, and feature walls, offering a versatile option for various design schemes. The material requires sealing to maintain its pristine appearance and longevity.

Whether used in a traditional marble bathroom or as a striking feature wall, the Palazzo Oro mosaics bring a touch of elegant drama to any setting. Their unique pattern and rich tones make them a standout choice for those seeking a distinctive design element.

With a balance of aesthetic appeal and practical durability, the Palazzo Oro Honed Herringbone Mosaic is a considered choice for those looking to infuse their spaces with a sense of timeless luxury.

Sheet

m²

11.36 sheets per m²

Add 10% for wastage

£24.84

ex. VAT

£29.81 inc. VAT

In Stock: 32.9m²

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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:: 28.5 x 33 x 1.0cm
Thickness:: 1 cm
Tiles per Box:: 1
M² per Box:: 0.09
Tiles per m²:: 11.36

Suitability

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

Test	Standard	Result
Apparent Density	BS EN 1936 : 2006	2719kg/m3
Open Porosity	BS EN 1936 : 2006	1.28%
Water Absorption at Atmospheric Pressure	BS EN 13755 : 2008	0.23%
Flexural Strength (3 Point)	BS EN 12372 : 2006	15.1MPa
Frost Resistance (56 Cycles)	BS EN 12371 : 2010	13.8MPa