Marquina Black Porcelain Slabs

Marquina Black Porcelain Slabs 20mm Thick – Premium Luxury Surfaces for Kitchens, Bathrooms & More

Elevate your interiors with the sophisticated Marquina Black Porcelain Slabs 20mm Thick, a stunning surface that combines luxurious black marble aesthetics with the superior durability of porcelain. Featuring exquisite white veining that contrasts beautifully with the rich black background, these slabs are ideal for creating bold and dramatic designs in kitchen countertops, bathroom vanities, floors, and wall cladding.

The polished surface of Marquina Nero Porcelain offers incredible colour depth, mimicking the look of high-end natural marble with unmatched realism. The non-porous surface ensures that stains are easily prevented, making it an ideal choice for areas with high traffic or constant use. Crafted using advanced manufacturing techniques, the mineral content of the porcelain is sealed at extremely high temperatures, ensuring long-lasting resistance to deterioration, scratches, and heat.

Perfect for those seeking luxury and performance, Marquina Black Porcelain Slabs offer an elegant, practical, and low-maintenance solution for residential and commercial spaces.

Key Features:

• Striking black marble effect with white veining for luxurious style
• 20mm thickness for superior strength, durability, and impact resistance
• Non-porous surface: resists stains, scratches, and moisture
• Polished finish for high-gloss elegance and easy maintenance
• Heat-resistant and scratch-resistant, perfect for kitchen worktops and high-traffic areas
• Available in large-format slabs for seamless installation and modern aesthetics

Why Choose Marquina Black Porcelain Slabs in the UK?

• Authentic marble look with advanced porcelain durability
• Low-maintenance and long-lasting alternative to natural marble
• Ideal for luxury kitchen countertops, bathroom vanities, feature walls, and commercial spaces
• Quick UK-wide delivery, with free sample requests available
• Eco-friendly and cost-effective surface material