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Block adhesive

Superior Bonding for Modern Construction

Suryshree Block Adhesive

Suryshree Block Adhesive is a high-performance, cement-based adhesive specially formulated for fixing AAC blocks, fly ash bricks, and concrete blocks. Engineered for quick application and minimal material wastage, it ensures superior bonding strength, crack resistance, and long-term durability. With its easy-to-use consistency and no-curing formula, Suryshree Block Adhesive offers a reliable and efficient solution for faster wall construction in both residential and commercial projects.

Key Feature

Strong Bonding Strength

Ensures durable adhesion between AAC blocks, concrete blocks, and fly ash bricks. This reduces the chances of cracks or joint failures over time.

Ready-to-Use Mix

Pre-blended at the factory, the adhesive requires only the addition of water. This simplifies site operations and improves work efficiency.

No Curing Required

Eliminates the need for water curing after application, saving time and resources. This feature accelerates project timelines significantly.

Thin Joint Application

Allows precise application with joint thicknesses of just 3–4 mm. This minimizes material usage and improves thermal insulation between blocks.

Applications

  1. Residential Building Walls: Ideal for bonding AAC blocks and fly ash bricks in homes, ensuring strong walls with reduced construction time and material wastage.

  2. High-Rise Apartments: Perfect for fast-paced construction where speed, bonding strength, and crack resistance are essential for vertical load-bearing structures.

  3. Commercial Complexes: Suitable for shopping centers and office buildings where reliable adhesion and durability are critical for internal and external walls.

  4. Institutional Buildings: Used in schools, hospitals, and government facilities for consistent block bonding and reduced maintenance over time.

  5. Industrial Sheds & Warehouses: Effective for concrete block fixing in large-scale, load-bearing structures that demand long-term stability and resistance to environmental factors.

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