Mapegrout Compact

Shrinkage Compensation: Mapegrout Compact is formulated to minimize shrinkage during curing, which helps reduce the risk of cracks and ensures a more durable and long-lasting repair.

High Compressive Strength: This mortar offers impressive compressive strength, making it suitable for applications where structural integrity is crucial, such as repairs in vertical and horizontal surfaces.

Fiber Reinforcement: Mapegrout Compact often includes fiber reinforcement, which enhances the mortar's toughness and crack resistance, ensuring reliable performance even in dynamic conditions.

Structural Repairs: It is specifically designed for structural repairs, including filling voids, cracks, and spalls in concrete, masonry, and stone surfaces.

Ease of Placement: Mapegrout Compact is engineered for ease of placement, allowing for efficient and precise application, even in challenging or overhead situations.

Excellent Bonding: This mortar provides strong bonding to a variety of substrates, ensuring the repair material adheres securely to the existing surface.

Adjustable Consistency: Depending on the application, Mapegrout Compact can be mixed to achieve the desired consistency, from a flowable mix for grouting to a trowelable consistency for repairs.

Versatile Use: Mapegrout Compact is versatile and can be used for both vertical and horizontal repairs, making it suitable for a wide range of structural rehabilitation projects.

Interior and Exterior Applications: It can be used both indoors and outdoors, offering flexibility for repairs in different environments.

Resistance to Freeze-Thaw Cycles: Some formulations of Mapegrout Compact offer resistance to freeze-thaw cycles, ensuring durability in cold weather conditions.

Durability Enhancement: The advanced formulation of Mapegrout Compact contributes to the extended lifespan of repaired surfaces, reducing the need for frequent maintenance.

Technical Support: Manufacturers like Mapei often provide technical guidance to ensure the proper use and application of their products.