Colorado Dunes

Material

Neolith Porcelain/Ceramic

Finish

Silk, Polished, Ultrasoft

Thickness

6 mm, 12 mm, 20 mm

Neolith® Colorado Dunes Kitchen Worktops, available at DialAWorktop, London, offer an ultra-compact surface made using advanced Sintering Technology. These worktops are renowned for their superior physical and mechanical properties, including exceptional resistance to heat, scratches, stains, and ultraviolet light. With easy installation and minimal effort required, they are the ideal choice for kitchen worktops and various other surfaces. DialAWorktop, London, offers premium Neolith® Colorado Dunes Kitchen Worktops in London, UK.

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Frequently Asked Questions

What is the colour of the Colorado Dunes Neolith Kitchen Worktop?

The colour of the Colorado Dunes Neolith Kitchen Worktop is a soft, whitish tone, providing a clean and elegant aesthetic.

What finishes are available for the Colorado Dunes Neolith Kitchen Worktop?

The Colorado Dunes Neolith Kitchen Worktop is available in a variety of finishes, including matt, satin, and gloss, allowing you to choose the perfect look for your space.

What is the available thickness of the Colorado Dunes Neolith Kitchen Worktop?

The Colorado Dunes Neolith Kitchen Worktop is available in multiple thickness options, typically ranging from 6mm to 12mm, providing flexibility for various design requirements.

Are Colorado Dunes Neolith Kitchen Worktops resistant to heat?

Yes, Colorado Dunes Neolith Kitchen Worktops are highly resistant to heat, making them an ideal choice for kitchen environments where exposure to high temperatures is common.

Are Colorado Dunes Neolith Kitchen Worktops easy to install?

Yes, Colorado Dunes Neolith Kitchen Worktops are relatively easy to install, requiring minimal effort and expertise to achieve a professional finish.

Are Colorado Dunes Neolith Kitchen Worktops expensive?

The cost of Colorado Dunes Neolith Kitchen Worktops can be higher compared to some other materials due to their superior durability and high-quality manufacturing process.