Construction Chemicals

Dai-ichi offers a comprehensive portfolio of specialty chemicals tailored to enhance the performance and efficiency of various construction processes. Our additives for cement grinding help improve the overall efficiency of the grinding process, resulting in higher compressive strength in the final product. For concrete admixtures, our advanced formulations are designed to produce high-strength concrete with reduced water content, enabling superior workability and durability. In bitumen emulsification, our cationic surfactants create stable emulsions that are crucial for road construction and maintenance. Additionally, our polyurethane-based water-proofing sealants react with water to form a strong, chemically stable gel, effectively preventing water ingress and ensuring the longevity of concrete structures. These solutions are integral to modern construction practices, offering enhanced performance, process optimization, and long-term material durability.

Cement Grinding Aids
Our products, based on polycarboxylate polymer chemistry, enhance the efficiency of the cement grinding process, effectively increasing the compressive strength of the final cement product.
Additives for Concrete Admixtures
Our PCE-based superplasticizers are designed to reduce water requirements by over 30%, enabling the production of high-strength concrete, particularly suitable for M-60 and above grade concretes. These superplasticizers also improve slump retention and extend workability, allowing for the long-range transportation of fresh concrete with substantially reduced water content.
Bitumen Emulsifiers
Our cationic surfactants are specially formulated as emulsifiers to create stable bitumen emulsions, making them ideal for both rapid setting and medium setting applications.
Water-proofing sealant
Our polyurethane-based nonionic sealant is engineered for concrete structures. Upon contact with water, it forms a strong and elastic gel that is chemically stable, effectively stopping water flow into the structures.
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