Tile & Stone Surface Treatments & Prep Products
Tile & Stone Surface Treatments & Prep includes specialty products used to modify, condition, finish, or prepare compatible tile, natural stone, terracotta, concrete, masonry, and other hard surfaces. Available products include anti-slip treatments, terracotta oils and waxes, conditioning products, and surface preparation solutions. Selection depends on the material, existing surface condition, location, intended treatment, and desired result.
Types of Tile & Stone Surface Treatments
Anti-Slip Treatments for Tile & Stone
Anti-slip treatments are designed to improve traction on compatible tile, stone, concrete, and other hard walking surfaces. Treatment method, suitable materials, and resulting surface characteristics vary by product, making compatibility with the specific material and finish an important consideration.
Terracotta Oils & Waxes
Terracotta oils and waxes provide conditioning, finishing, or protective functions for compatible porous terracotta and clay surfaces. Depending on the product, these treatments can deepen natural color, alter sheen, or provide specified surface protection. Existing sealers, coatings, oils, or waxes can affect compatibility and finished appearance.
Tile & Stone Surface Prep Products
Surface preparation products help create suitable conditions for compatible sealers, enhancers, finishes, and other treatments. Preparation requirements vary according to the existing surface and subsequent product and can include addressing residues, existing treatments, or other conditions that could interfere with penetration, bonding, or appearance.
Choosing Tile & Stone Surface Treatments
Choose tile and stone surface treatments according to the material, finish, porosity, existing treatments, installation location, and intended result. Determine whether the application requires traction improvement, terracotta conditioning or finishing, or preparation for another treatment, then select products specifically compatible with the surface and any subsequent materials.