Sample Celestine Noir Sandblast Marble Paver Pattern Kit

Create a sophisticated outdoor retreat with Celestine natural marble pavers, featuring a blend of soft and smoky gray tones that add visual depth and organic elegance. The sandblasted finish introduces a subtle texture that enhances both the look and feel of the surface, allowing you to design patterns that complement your home’s architectural style. Crafted for durability, these pavers are ideal for patios, walkways, pool decks, and other outdoor applications. As a natural stone, each piece varies in tone and texture-inspect all tiles before installation, blend from multiple boxes for consistency, and seal properly to maintain long-lasting beauty.Natural stone products inherently lack uniformity and are subject to variation in color, shade, finish, etc. It is recommended to blend tiles from different boxes when installing. Natural stones may be characterized by dry seams and pits that are often filled. The filling can work its way out, and it may be necessary to refill these voids as part of a normal maintenance procedure. All natural stone products should be sealed with a penetrating sealer.

• Sample shows typical appearance but size, color, and features may vary
• Material: Marble paver for long-lasting durability and strength
• Finish: Sandblasted surface with natural color and texture variation
• Application: Suitable for patios, pool decks, walkways, driveways, and other outdoor spaces
• Coordinating Copings: Matching copings available for a cohesive finish around pools, steps, and wall edges
• Variation: Natural stone features inherent color, tone, and texture variation for a one‐of‐a‐kind appearance
• Maintenance: Seal periodically to protect against stains and weathering; clean with water and a pH‐neutral outdoor stone cleaner; avoid harsh chemicals and abrasive scrubbers
• Overage Recommendation: Order at least 10% extra to account for cuts, waste, and layout adjustments
• Certification: GREENGUARD Certified for low chemical emissions and sustainable, low‐emitting materials