DESIGNING YOUR HOME, CREATING YOUR WORLD

Merit Light Gray 12″ x 24″

SKU ao-merit-light-gray-12-x-24 Categories , , Tags , , ,

Collection: Merit
Size: 12″ x 24″
Finish: Matte
Material: Porcelain
Application: Wall and Floor
Thickness: 5/16″
Sq ft per box: 17.6
SOLD PER BOX

$5.87 per Sq. Ft.

Calculated Price:
Units needed: Price per unit: Total sq ft (with overage):

Overages: It is advisable to add at least 10% extra material to your total quantity to account for irregular cuts and broken pieces

Description

Merit is a stone-look porcelain flooring option designed to replicate the clean, contemporary appearance of natural stone while delivering the durability of engineered tile. The surface features realistic veining and controlled pattern variation that create depth across the floor without overwhelming surrounding architectural elements. This balanced design supports cohesive layouts and contributes to a refined, structured interior environment.

Constructed from durable porcelain, Merit is engineered for reliable performance in residential and light commercial settings. Its dense composition provides resistance to moisture, staining, and everyday wear, helping maintain surface integrity in areas exposed to regular foot traffic. The material also supports slip-resistant functionality, making it suitable for spaces where both durability and safety are priorities.

The stone-inspired surface integrates effectively into a range of interior styles, from modern spaces that emphasize clean lines to transitional environments that rely on natural textures. Subtle variation enhances visual continuity while maintaining a consistent appearance throughout larger floor areas, allowing for flexible design planning across open layouts.

As a flooring solution, Merit combines the visual qualities of natural stone with the performance advantages of porcelain tile. Its engineered construction supports long-term durability while contributing to interiors that prioritize cohesive design, low maintenance, and dependable everyday functionality.