Arterra Series Porcelain Pavers & Coping

Porcelain pavers offer multiple installation methods tailored to your project needs. Concrete slabs deliver superior strength for high-traffic zones, while sand or gravel beds provide improved drainage and flexibility for lighter-use areas. For pool decks, mortaring 2cm porcelain pavers and matching coping to a concrete base ensures maximum durability. Pedestal systems are ideal for raised applications like rooftops and terraces, enhancing drainage and concealing utilities.

Yes, proper spacing of 3 to 5 millimeters between porcelain pavers is crucial. These small gaps accommodate temperature changes and support drainage. Using spacers during installation ensures consistent joints, which can be filled with polymeric sand to lock pavers in place and prevent shifting over time.

While the upfront cost may be higher than some materials, porcelain pavers have very few disadvantages. They outperform natural stone by offering enhanced stain, fade, and weather resistance, without the need for sealing. Their slip-resistant, frost-proof surface and low maintenance requirements make them a durable, long-lasting option. DIY installation can be challenging due to their weight and size, so professional help is often recommended.

Absolutely. When installed correctly - typically mortared onto a reinforced concrete slab - 2cm porcelain pavers can withstand the weight of vehicles, making them suitable for driveways. A well-prepared base is key to maintaining strength and preventing cracks or shifting.

Slip resistance is vital for outdoor surfaces like pool decks and patios. Many 2cm porcelain pavers feature advanced anti-slip technologies, such as ZeroSlip by MSI, ensuring safe footing in wet or dry conditions without compromising design. These finishes come in various styles to suit any aesthetic.

Our porcelain coping options complement 2cm paver collections and are offered in popular sizes like 12"x24", 13"x24", and 16"x32". For a bolder profile and added durability, select lines include a thicker 3cm coping option.

Porcelain coping typically comes in 2cm or 3cm thicknesses with a sleek, eased edge and a beveled top for a modern, clean look. Custom full-round edge options are also available to meet specific design requirements or safety considerations.

Outdoor surfaces must endure weather, foot traffic, and environmental wear. Porcelain pavers resist scratches, fading, and stains, maintaining their beauty over time. Engineered for durability, they are ideal for patios, walkways, and pool decks, providing dependable performance in any climate.

Engineered to withstand extreme weather, 2cm porcelain pavers resist rain, frost, heat, and UV damage. They’re available in wood-look, natural stone, concrete, and terrazzo styles - perfect for year-round beauty and functionality. Use matching coping and coordinate with indoor tile for a seamless transition between spaces.

Installation should be tailored to your site conditions and intended use. Options include dry laying on gravel or grass, mortaring to concrete, or using raised pedestal systems for better drainage and accessibility. These methods provide flexibility and enhance the visual and functional aspects of your outdoor design.

The finish impacts both appearance and safety. Porcelain pavers come in realistic finishes - wood, stone, concrete, and terrazzo - and are available in matte or anti-slip textures ideal for wet environments. Premium anti-slip finishes meet or exceed commercial safety standards.

Rated PEI 5 for high wear resistance, 2cm porcelain pavers excel in both residential and commercial settings. They provide unmatched durability, are slip-resistant and stain-resistant, and require minimal maintenance - making them ideal for high-traffic areas.

Opting for American-made porcelain pavers ensures quality craftsmanship, faster lead times, and supports domestic manufacturing. Collections like US Porcelain Pavers combine international innovation with American standards, delivering exceptional results and sustainability for your project.