Palazzo Oro Honed Diamond Mosaic

The Palazzo Oro Honed Diamond Mosaic exudes a timeless elegance, drawing inspiration from classic marble artistry. Its antique white background is beautifully contrasted by delicate green and gold veins, creating a visual tapestry that speaks of luxury and sophistication.

These mosaics showcase a distinctive diamond pattern, offering a refined surface that captures light and shadow with subtlety. The honed finish adds a tactile quality, enhancing the natural beauty of the marble while maintaining a smooth, inviting touch.

Crafted from durable marble, these tiles are designed for internal use, making them ideal for spaces like bathrooms, kitchens, and feature walls. The inherent strength of marble ensures longevity, while the need for sealing is a small step in preserving its enduring appeal.

Incorporating the Palazzo Oro into your design scheme brings a sense of drama and elegance. Whether used as a splashback or an entire wall feature, these mosaics complement both modern and traditional aesthetics with ease.

With its combination of refined design and practical functionality, the Palazzo Oro Honed Diamond Mosaic offers a sophisticated choice for those seeking to elevate their interiors with a touch of classic marble charm.

Sheet

m²

11.114 sheets per m²

Add 10% for wastage

£23.35

ex. VAT

£28.02 inc. VAT

In Stock: 21.0m²

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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:: 30.5 x 29.5 x 1cm
Thickness:: 1 cm
M² per Box:: 0.09
Tiles per m²:: 11.114

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