Palazzo Oro Honed Moulding

The Palazzo Oro Honed Moulding brings a touch of timeless elegance to interior spaces with its beautifully honed marble surface. This refined moulding is crafted to accentuate the architectural details of a room, offering a subtle yet luxurious finish.

Characterised by its antique white backdrop, the moulding is interspersed with delicate gold and green veins that add a layer of visual interest. These natural variations in the marble create a unique tapestry of colour and texture, ensuring each piece is distinct.

Made from durable marble, this moulding is designed for internal use, making it a fitting choice for bathrooms, showers, wet rooms, and kitchens. The honed finish provides a smooth, matte surface that enhances the stone's inherent beauty while maintaining practicality.

When paired with complementary mosaics and tiles, the Palazzo Oro moulding can help craft a cohesive and elegant design scheme. Its versatility allows it to harmonise with both modern and traditional interiors, adding a touch of sophistication without overpowering the space.

To preserve its beauty, sealing is required, ensuring the marble remains as captivating as the day it was installed. The Palazzo Oro Honed Moulding is a testament to the enduring appeal of marble, offering a balance of style and function.

Piece

£17.28

ex. VAT

£20.74 inc. VAT

In Stock: 70 Available

VIEW TRADE PRICING

Let us price your project:

Appearance

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

Material & construction

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

Dimensions & coverage

Size:: 30.5 x 5 x 5cm
Thickness:: 5 cm
M² per Box:: 0.01525
Tiles per m²:: 65.573

Suitability

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

Palazzo_Oro_Decorative CP_Datasheet

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