Product Details
Product Introduction
Polyacrylamide (PAM) serves as a crucial wet and dry reinforcing agent, widely utilized across various industries. Its classifications include anionic, cationic, nonionic, and zwitterionic types. The molecular formula of PAM is C3H5NO, with a CAS number of 9003-05-8. Our wet and dry enhancements have successfully acquired numerous certifications, such as ISO, S9001, SO14001, and OHSAS, ensuring their quality and safety. This product appears as a white granular powder, featuring a high molecular weight ranging from 8 million to 12 million and a solid content exceeding 88%. One of its key benefits is its effectiveness as a fixative at the wet end of the paper machine, where a small dosage yields significant results. It is compatible with acidic and neutral sizing papermaking systems. Cationic PAM notably enhances the fixation rate of fillers and fine materials during the papermaking process by employing bridge flocculation, which expedites the drainage of paper materials within the paper machine mesh and elevates cationization in the particle system, leading to the formation of large flocs. This mechanism improves both the forming effect and the quality of the paper.
Advantages and features
1. Our products have achieved various certifications, including ISO, S9001, SO14001, and OHSAS, ensuring guaranteed quality and safety. 2. With a molecular weight ranging from 8 million to 12 million and a solid content exceeding 88%, they deliver outstanding reinforcement properties. 3. The bridging flocculation effect significantly enhances the retention rate of fillers and fine materials during the paper manufacturing process. 4. The dissolution time is under 1 hour, ensuring rapid and efficient operations, along with broad applicability. 5. Cationic PAM improves the drainage efficiency and forming quality of paper, thereby elevating the overall paper quality.
Application Scenario
1. Suitable for a variety of industrial wastewater treatment and municipal sewage applications. 2. Extensively utilized across different sectors such as oil extraction, metallurgy, coal processing, and sand washing. 3. Applicable to acidic and neutral sizing processes in the papermaking sector.