Concrete Look – White
Material
Marazzi – “The Top”
Finish
Matt
Thickness
6mm, 12mm, 20mm
Concrete-look white kitchen worktops are made from ceramic or porcelain and are designed to create a modern, industrial aesthetic. Ideal for worktops, floors, walls, and splashbacks, they are available in different sizes with a matt finish and are suitable for residential and commercial spaces. These worktops are durable, easy to clean and maintain, and offer a cost-effective solution for achieving a concrete effect. DialAWorkTop, London provides a wide range of Marazzi kitchen worktop designs in London, UK.
Other Similar Marazzi – “The Top” Worktops in London, UK
Statuario
Moon Satin
Vena Vecchia
Bluestone
Elegant Black
Iron Light
Frequently Asked Questions
Where can concrete-look white kitchen worktops be used?
Concrete-look white kitchen worktops can be used for floors, walls, and splashbacks in residential and commercial spaces.
Are concrete-look white kitchen worktops durable?
Yes, concrete-look white kitchen worktops are highly durable, resistant to wear, and designed to withstand daily use.
How do I clean and maintain a concrete-look white kitchen worktop?
To clean and maintain a concrete-look white kitchen worktop, use a damp microfibre cloth for daily cleaning. A neutral liquid detergent with a soft sponge or cloth is recommended for regular maintenance.
Can concrete-look white kitchen worktops be used in high-traffic areas?
Yes, these worktops are ideal for high-traffic areas due to their strength, durability, and resistance to stains and scratches.
What finishes are available for concrete-look white kitchen worktops?
Concrete-look white kitchen worktops are available in a matt finish.
Can concrete-look white worktops be used in a kitchen?
Yes, they are an excellent choice for kitchens, offering durability, aesthetic appeal, and ease of maintenance.
Are concrete-look white kitchen worktops affordable?
Yes, they provide a cost-effective solution for achieving a modern concrete aesthetic without compromising quality and durability.