Sicosa

A high-performance, chemical-resistant epoxy grout offering superior strength, stain resistance, and long-lasting durability for demanding tile applications.

SICOSA 3-Part Epoxy Grout

EPOXY TILE GROUT

High Performance 3-Part Epoxy Tile Grout

SICOSA 3-Part Epoxy Tile Grout is a high-performance, easy-to-apply epoxy system specially designed for premium tile fixing and grouting. It is suitable for all types of tiles and stones on both floors and walls. Its advanced three-component formulation provides excellent strength, durability, chemical resistance, and superior adhesion.

Areas of Application

  • ✔️ Walls & Floors (Interior & Exterior)
  • ✔️ Dry & wet areas
  • ✔️ Kitchens, bathrooms & showers
  • ✔️ Swimming pools & spas
  • ✔️ Heavy-traffic commercial areas
  • ✔️ Hygiene-sensitive zones (hospitals, laboratories)

Application Instructions

  • ✔️ Ensure tile joints are clean, dry, and free from dust, oil, or grease.
  • ✔️ Mix resin, hardener, and filler thoroughly to form a smooth paste.
  • ✔️ Apply epoxy grout using a rubber float, filling joints completely.
  • ✔️ Remove excess grout before it begins to set.
  • ✔️ Clean the surface with a damp sponge for a uniform finish.
  • ✔️ Allow proper curing before water exposure or traffic.

Product Information

  • Pack Size: 1 Kg / 5 Kg (3-Part System)
  • Product Type: Epoxy Tile Grout
  • Coverage: Coverage depends on tile size, joint width, joint depth, and workmanship. Actual consumption may vary based on site conditions.
  • Shelf Life: 12 months from the manufacturing date when stored in original, undamaged packaging under dry conditions.
  • Suitable For: Tiles, marble, granite, Italian marble joint filling
Colour Range

Available Epoxy Shades

Snow White Ivory Light Gray Steel Gray
Dark Gray Metal Black Mustard Gold Copper Brown
Chocolate Brown Sandy Brown Jaisalmer Peach Brown
Tomato Terracotta Baby Pink Olive Green Steel Blue
Alpine Blue Yellow All colours available in Silver, Gold & Copper Glitter Sparkle

Note: Shade variations may occur due to site conditions, workmanship, and water quantity during mixing.