Description
Epoxy Grout – Home Pride Epoxy Grout Joint Filler
Epoxy grout delivers unmatched strength and chemical resistance. Home Pride Grout Joint Filler is a heavy-duty industrial grout designed for extreme working conditions. It forms a non-porous and stain-free joint. It outperforms cement-based grouts. What Is Epoxy Grout grout is a chemical-resistant tile joint filler. Home Pride Grout uses a three-component system. It includes resin, hardener, and coloured filler. When mixed, it creates an ultra-strong joint. It ensures long-term durability.
Key Features of Epoxy Grout
Home Pride grout offers:
- Three-part epoxy formulation
- Non-porous and stain-free joints
- High chemical resistance
- Resistance to acids and spills
- Withstands high temperatures
- Superior bonding strength
It suits industrial environments.
How to Use Epoxy Grout
Mix resin, hardener, and filler thoroughly. Apply grout using an epoxy float. Fill joints completely. Clean excess material before final setting. Follow safety instructions.
Why Choose Home Pride Epoxy Grout Joint Filler
Home Pride grout meets industrial performance demands. It delivers strength, hygiene, and chemical resistance. Professionals trust it for critical applications.
🛠️ Product Details
| Component | Description |
| Composition | Three parts: Resin (Part A), Hardener (Part B), Coloured Filler Powder (Part C) |
| Application Area | Wall & Floor, Interior & Exterior (Industrial, Commercial Kitchens, Hospitals) |
| Advantage | Heavy duty industrial grout, chemical & heat resistant, highly resistant to bacteria. |
| Formulation | Specially formulated to give high strength and be stain-free |
| Available Options | 2-part and 3-part packaging available |
📋 Specifications
| Specification | Value |
| Packaging Size | 1 Kg, 5 Kg & 10 Kg |
| Certification | Meets ANSI A 118.3 |
| Specific Gravity | 1.75 |
| Suitable Surfaces | Wall & floor tiles, stones. |
| Coverage Formula | $((\text{Tile Length} + \text{Tile Breadth}) \times \text{Tile Thickness} \times \text{Joint Width} \times \text{Specific Gravity}) / ((\text{Tile Length} + \text{Joint Width}) \times (\text{Tile Breadth} + \text{Joint Width})) = \text{Kg/sq mtr}$ |
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