Aquatica Emerald Matte Porcelain Wall Tile 2x10 Noho Collection

The Aquatica Emerald Matte 2"x10" porcelain wall tile from the Noho Collection brings timeless old-world elegance to contemporary interiors. Perfect for backsplashes, showers, accent walls, and water features, this Grade 1 porcelain tile combines sophisticated style with exceptional durability for both residential and commercial spaces.

• Premium Grade 1 Porcelain: Fired at high temperatures to achieve an impervious surface with less than 0.5% water absorption, making it highly resistant to moisture damage and suitable for wet environments.
• Matte Finish with Depth: Low-sheen matte surface with subtle tonal variation creates a refined, understated aesthetic that hides fingerprints and maintains a sophisticated appearance over time.
• Ideal Dimensions: 2"x10" rectangular format offers versatile layout options, working beautifully in linear patterns for backsplashes or staggered configurations for visual interest on accent walls.
• Slim 6mm Profile: Thin construction provides a sleek, modern appearance while maintaining the durability needed for countertop and wall applications.
• Frost-Resistant Performance: Completely frost-proof design withstands freeze-thaw cycles, allowing for indoor use, outdoor covered areas, and select exposed outdoor applications without cracking or deterioration.
• Rich Emerald Color: Deep jewel-tone emerald hue with slight color variation adds depth and character, bringing warmth and luxury to kitchen islands, bathroom features, and entryway details.

This porcelain tile delivers lasting elegance in spaces where beauty meets functionality. The impervious nature prevents water penetration, making it ideal for showers, kitchen backsplashes, and areas prone to splashing. Its matte finish resists the wear patterns visible on glossy alternatives, while the rich emerald tone brings architectural interest without requiring additional embellishment. Use quality latex-modified adhesive with mesh reinforcement during installation to ensure optimal bond strength and longevity.