Brillo Liquid Wax for Natural Stone

BRILLO is a premium silicone‑based liquid wax designed to polish, protect and enhance all natural stone and lithoid materials. It provides excellent water and oil repellency, penetrates up to 4mm, and leaves a breathable, high‑gloss finish. Ready‑to‑use and ideal for marble, granite, terrazzo and decorative stone surfaces.

Product Documents

Description

BRILLO is a high‑performance liquid wax formulated with straight‑chain polydimethyl‑siloxane modified with fluorinated groups, delivering exceptional polishing and protective properties for natural stone. It enhances shine, repels water and oils, and penetrates deeply into the material—up to 4 mm—while keeping the surface fully breathable.

Suitable for all types of natural stone and lithoid materials, BRILLO is widely used for restoring shine, protecting surfaces and improving resistance against stains, moisture and daily wear.

Key Features

  • Silicone‑based liquid wax
  • Water and oil repellent
  • Penetrates up to 4 mm into the stone
  • Enhances natural shine and color
  • Vapor‑permeable — stone remains breathable
  • Suitable for all natural stone and lithoid materials
  • Ready‑to‑use formula
  • Ideal for interior and exterior applications

Applications

BRILLO can be used on:

  • Marble
  • Granite
  • Terrazzo
  • Natural stone floors
  • Decorative stone surfaces
  • Countertops and wall cladding
  • Polished, honed or textured stone

Perfect for:

  • Villas and residential floors
  • Hotels and commercial buildings
  • Showrooms and retail spaces
  • Maintenance and restoration teams

How to Apply

  1. Ensure the surface is clean and completely dry.
  2. Apply BRILLO using a low‑pressure airless spray, brush or roller.
  3. Spread evenly across the surface.
  4. Allow the product to dry for a few minutes.
  5. Wipe with a clean, dry cloth to achieve the final polish.
  6. Protect surrounding surfaces with plastic sheets to avoid accidental contact.
  7. Perform a small test area to determine the correct quantity based on material absorption.