For professionals in the chemical industry, a thorough understanding of raw materials is fundamental to innovation and efficient production. Dimethylolurea (DMU), identified by CAS number 140-95-4, is a chemical intermediate with a notable range of industrial applications. As a prominent dimethylolurea supplier, we aim to provide comprehensive information on its properties and uses, empowering our clients to make informed sourcing decisions. Whether you are a procurement manager or a research scientist, knowing the specifics of DMU is crucial for its effective utilization.

Dimethylolurea is characterized by its appearance as a white powder, with typical specifications indicating a purity of around 95%. It exhibits solubility in hot water and certain organic solvents, which facilitates its incorporation into various formulations. Its chemical structure, derived from urea and formaldehyde, allows it to function effectively as a crosslinking agent. This property is leveraged across multiple sectors, from enhancing the durability of textiles to optimizing the performance of fertilizers. For those looking to buy Dimethylolurea, understanding these physical and chemical attributes ensures compatibility with your specific processes.

The industrial applications of Dimethylolurea are broad. In the textile sector, it serves as a finishing agent to improve crease and shrink resistance. In agriculture, it plays a role in the creation of slow-release fertilizers, enhancing nutrient management. Furthermore, it finds use in certain medical formulations and as a component in specialized coatings for electronic and electrical components. When evaluating dimethylolurea price and availability, it is important to consider the supplier's reliability and quality control. As a dedicated dimethylolurea manufacturer in China, we are committed to providing a consistent and high-quality product, supported by excellent customer service. We invite you to explore where to purchase Dimethylolurea with confidence through our streamlined procurement channels.