Sikacrete PP1 TU

Sikacrete® PP1 TU is a ready-to-use, polymer-modified, dry mix for cement-based repairs and surface applications. It is specially designed for the repair of concrete surfaces and structures, providing excellent bonding, durability, and resistance to weathering. Sikacrete® PP1 TU is formulated to deliver a smooth finish, enhance surface adhesion, and provide long-lasting protection against cracking, shrinkage, and surface degradation. This product is ideal for use in both interior and exterior applications where superior repair performance is required.

Application:

• Concrete Surface Repairs: Sikacrete® PP1 TU is used for repairing concrete surfaces that are damaged or deteriorated due to wear, aging, or environmental exposure, providing a durable and long-lasting solution.
• Patch Repair for Floors and Walls: Ideal for patching floors, walls, and other concrete surfaces that require structural repairs, Sikacrete® PP1 TU ensures a smooth and consistent finish while maintaining the integrity of the substrate.
• Structural Reinforcement: Suitable for use in structural repairs where concrete surfaces need additional strength or reinforcement, such as in bridges, tunnels, and other infrastructure.
• Exterior and Interior Applications: Can be applied to both interior and exterior concrete surfaces, providing flexibility in various types of construction and repair work, including industrial and residential projects.
• Surface Levelling: Ideal for levelling uneven surfaces, Sikacrete® PP1 TU offers an easy-to-apply solution that ensures an even, smooth surface before further finishing or coating applications.
• Deteriorated Concrete Elements: Used in areas where concrete has been exposed to harsh weather, chemical exposure, or heavy traffic, Sikacrete® PP1 TU helps restore the surface to its original condition, providing improved protection and longevity.
• Facade and Wall Repairs: Commonly used for restoring facades, external walls, and other vertical concrete elements that require a durable finish with enhanced bonding properties.