Antisol 90/90A

Antisol® 90/90A is a high-performance curing compound formulated to prevent moisture loss from freshly poured concrete. It helps maintain proper hydration during the curing process, promoting optimal strength development and reducing the risk of shrinkage, cracking, and surface imperfections. The product creates a clear, non-penetrating film that adheres firmly to the surface of the concrete, protecting it from premature drying and environmental factors such as heat and wind. Antisol® 90/90A is ideal for use in a variety of concrete applications, particularly in challenging weather conditions, to ensure the long-term durability and integrity of concrete structures.

Application:

• Concrete Curing: Antisol® 90/90A is primarily used to cure concrete by forming a protective membrane that slows down moisture evaporation, which is essential for proper hydration and the development of strength and durability.
• Roads and Pavements: Effective for curing concrete used in roads, highways, and pavements, ensuring even curing across large areas and preventing premature cracking or surface defects.
• Large Concrete Pours: Used in large-scale concrete pours for foundations, slabs, bridges, dams, and other infrastructure projects, Antisol® 90/90A helps maintain consistent curing conditions to achieve high-quality, long-lasting results.
• Precast Concrete: Ideal for precast concrete elements, ensuring proper curing of precast units like beams, slabs, and panels, and preventing cracking or shrinkage during the curing process.
• Construction in Hot and Windy Conditions: Especially effective in hot, dry, or windy weather, where moisture evaporation is accelerated. Antisol® 90/90A provides added protection for concrete, ensuring adequate hydration even in extreme conditions.
• Facade and Surface Protection: Used for exterior applications where concrete surfaces are exposed to environmental stress, providing protection against surface crazing, dusting, and cracking.
• Foundations and Structural Works: Perfect for foundation works and structural applications where concrete needs to maintain its hydration over extended periods to achieve the desired strength.