Acrylate Emulsion Raw Materials | High-Capacity Production for Adhesives

Acrylate emulsion is primarily composed of acrylic monomers, water, emulsifiers, initiators, and sometimes functional additives, each playing a critical role in determining the emulsion’s properties. The key monomer used in its production is 2-ethylhexyl acrylate (2EHA), a high-purity (99%) component with CAS number 10311-7, which E Plus Chemical Co., Ltd. synthesizes using advanced catalytic polymerization technology. This monomer contributes to the emulsion’s flexibility and adhesion properties. Other acrylic monomers, such as octyl acrylate, may be added to modify characteristics like weather resistance and polymer flexibility, complementing the 2EHA to create a balanced formulation. Water serves as the dispersion medium, making the emulsion water-based and aligning with environmental trends. Emulsifiers are essential for stabilizing the emulsion, preventing particle aggregation during production and storage. Initiators trigger the polymerization reaction, ensuring the monomers form the desired polymer structure, while functional additives can include cross-linking agents to enhance durability, plasticizers to improve flexibility, or preservatives to extend shelf life. The quality of these raw materials directly impacts the final emulsion’s performance: high-purity monomers reduce impurities that could affect stability, while high-quality emulsifiers ensure consistent particle size distribution. E Plus Chemical’s integrated industrial chain, which includes monomer synthesis, allows for strict quality control over raw materials, ensuring they meet the required standards for producing acrylate emulsion with reliable performance. This control over the supply chain also helps manage costs and ensures a steady flow of materials for its 240,000-ton annual production capacity of acrylic water-based resins, including acrylate emulsion.