Grouts and Anchors

Epoxy grout is a resin-based material composed of resin, hardener, and aggregate. It offers extreme strength and excellent chemical resistance. Being non-porous and acid-resistant, it is ideal for industrial machinery bases and heavy-duty flooring applications.

Epoxy tile grout provides superior stain resistance, waterproofing, and durability compared to standard cement-based grout. It is especially suitable for moisture-prone and chemically exposed areas such as laboratories and swimming pools.

Anchor grout is used to fill the gap between a drilled hole and structural elements like bolts or rebars. It delivers high bond strength and vibration resistance, ensuring effective load transfer to the concrete foundation.

Cementitious grout is water-based, economical, and suitable for large-volume void filling and base plates with controlled expansion of 5–10%. Epoxy grouting material is resin-based and provides much higher compressive strength (90+ MPa) and superior chemical resistance, making it suitable for heavy dynamic loads and corrosive environments.

Yes, PU injection grouting is highly effective for waterproofing. The polyurethane resin expands upon contact with moisture, sealing cracks and voids in concrete to stop active water leaks in basements, tunnels, and sewage systems.

Grout selection depends on load type (static or dynamic), chemical exposure, and required strength. High-strength epoxy grout is recommended for precision alignment of heavy rotating equipment due to its vibration-damping properties and zero shrinkage.

Indirectly, yes. High-quality anchor grout, particularly polyester-based types, provides a strong and secure bond for rebars and bolts, which helps maintain structural integrity under lateral loads during seismic events.

FCSC grouts are formulated to meet international standards, including ASTM C881 for epoxy-resin-based bonding systems, along with relevant Indian Standards (IS) for compressive and tensile performance.