ANCHOR & NON SHRINK GROUTS

Anchor grouts and non-shrink grouts are essential materials used in construction and engineering projects to provide stability, reinforcement, and structural integrity.

Anchor grouts are specifically designed to secure bolts, rods, bars, and other types of anchors into concrete, masonry, or rock substrates. These grouts typically consist of a blend of Portland cement, aggregate, additives, and water. The mixture is carefully formulated to achieve high strength, durability, and excellent bonding properties.

One of the key characteristics of anchor grouts is their ability to effectively transfer loads from the anchor to the surrounding substrate. This ensures that the anchor remains securely in place, even under heavy loads or dynamic conditions such as vibrations or seismic activity. Additionally, anchor grouts may also offer corrosion resistance properties to protect the embedded anchor from environmental degradation over time.

On the other hand, non-shrink grouts are used to fill gaps, voids, and spaces within concrete structures or between machinery and foundation elements. These grouts are formulated to undergo minimal shrinkage during the curing process, ensuring a tight and durable bond without the risk of cracking or separation. Non-shrink grouts typically contain special additives such as expansive agents, plasticizers, and stabilizers to control shrinkage and enhance performance.

The primary applications of non-shrink grouts include underpinning, grouting base plates, filling gaps around precast concrete elements, and repairing cracks and voids in concrete structures. They are also commonly used in machinery installation to provide a stable and level foundation while preventing movement or misalignment.

Both anchor grouts and non-shrink grouts play critical roles in construction and engineering projects by providing structural reinforcement, stability, and durability. Their precise formulations and properties make them indispensable materials for ensuring the safety and longevity of various infrastructure and building systems.