Product Description:

Nonionic polyacrylamide is a high molecular weight polymer with a low ion exponent, exhibiting various functions such as flocculation, dispersion, thickening, bonding, film formation, and maintaining colloidal stability. Its flocculation properties are minimally affected by pH levels and salinity.

This linear polymer is water-soluble and produced with a significant degree of polymerization. It showcases several characteristics, including flocculation, thickening, shear resistance, drag reduction, and dispersibility. While its effect on reducing water's surface tension is limited, it contains active groups that can alter the state of the interface when adsorbed. The amide group (-CONH2) is capable of forming hydrogen bonds with different substances through affinity and adsorption, allowing it to connect adsorbed particles. This connectivity can lead to the aggregation of multiple particles, facilitating the formation of larger flocs, expediting the sedimentation of suspended particles, and enhancing solution clarification and filtration.

In summary, our Nonionic Polyacrylamide (NPAM) is a highly effective and adaptable polymer for water treatment, making it suitable for a wide array of applications. Its rapid dissolution, high molecular weight, low residual monomer content, and nonionic nature make it an ideal choice for those seeking an efficient and environmentally friendly treatment option.

Features:

• Product Name: Non-ionic Polyacrylamide
• Ionic Charge: Non-ionic
• Residual Monomer: ≤0.05%
• Molecular Weight: 12-25 Million
• Dissolution Time: ≤60 Minutes
• Model: Polyacrylamide

Non-electrically Charged Polyacrylamide, NPAM

Technical Parameters:

Applications:

Water Treatment: AI XIANG Non-ionic Polyacrylamide is highly effective for wastewater management. Its rapid dissolution in water, occurring within 60 minutes, makes it an excellent option for this purpose. It can effectively treat water from various sources, including municipal, industrial, and agricultural sectors.

Paper Making: Within the paper-making industry, AI XIANG Non-ionic Polyacrylamide serves as a retention agent. It significantly reduces the loss of fibers and fillers during production, resulting in improved paper quality.

Oil and Gas Industry: This polymer is also employed in the oil and gas sector for enhanced oil recovery and as an additive in drilling mud. Its ability to decrease friction and enhance viscosity makes it particularly effective for these applications.

Textile Industry: In the textile industry, AI XIANG Non-ionic Polyacrylamide works as a sizing agent, boosting both the strength and elasticity of fabrics.

Mining Industry: In mining, AI XIANG Non-ionic Polyacrylamide is utilized for mineral processing and managing tailings. It enhances the sedimentation rate and reduces the water content in tailings, making it a valuable solution for these applications.

AI XIANG Non-ionic Polyacrylamide is packaged in 25 kg Paper Plastic Composite Bags for convenience. With a pH value of ≥7, it is suitable for a variety of applications. Its non-toxic nature and ease of use contribute to its popularity in the market. Whether for water treatment, paper manufacturing, oil and gas operations, textiles, or mining, AI XIANG Non-ionic Polyacrylamide (NPAM) is the ideal choice to meet your needs.

Customization:

Brand Name: AI XIANG

Place of Origin: CHINA

Packaging Details: Paper Plastic Composite Bags, 25 kg per Bag

Molecular Weight: 12-25 Million

pH Value: ≥7

Keyword: Polyacrylamide, PAM, NPAM

Ionic Charge: Non-ionic

Residual Monomer: ≤0.05%

Non-ionic Polyacrylamide is a type of non-electrically charged polyacrylamide.

Packing and Shipping:

Product Name: Nonionic Polyacrylamide

Packaging: 25kg/bag, or as per customer's requirement.

Shipping: The product will be shipped within 3-5 business days after receiving the order. Shipping options include air, sea, or land transportation. Shipping costs will vary depending on the quantity and destination of the order. Please contact our customer service for more information.