Zhejiang Xinyong Biochemical Co., Ltd.
Serve the circular economy, devote to energy conservation and emission reduction, help green environmental protection and promote low-carbon development. To be a world-renowed chemical manufacturer
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Description:
6056 is a modified anionic polyacrylamide featuring controlled molecular weight and intermediate hydrolysis. Presented as white free-flowing granules with active content ≥88%, its polymer chains are precision-engineered within the 5–8 million range. The product offers superior dispersion performance and reliable chemical stability, maintaining consistent functionality across pH conditions from 6.0 to 12.0. It is specially recommended for targeted applications in pulp/paper manufacturing and specialized water treatment where its distinctive properties deliver optimal results.
Specifications:
|
Item |
Index |
|
Appearance |
White granules |
|
Effective content |
≥88% |
|
Molecular weight |
5 - 8 Million |
|
Degree of Hydrolysis |
Medium |
|
Applicable pH Range |
6.0 - 12.0 |
Performance & Applications:
1. Functions effectively as a retention/filtration assistant in paper production, significantly improving filler and fine fiber retention while enhancing sheet formation uniformity and strength properties.
2. In paper mill white water recycling systems, acts as a high-efficiency flocculation agent that reduces turbidity through aggregation of suspended solids, supporting closed-loop water operation and minimizing freshwater intake and effluent discharge.
3. For specialty paper grades, serves as a capable dispersing agent that prevents premature fiber aggregation before web formation, contributing to improved formation, enhanced printability, and superior end-product quality.
Advantages:
1. Exhibits powerful anti-flocculation characteristics that prevent undesirable aggregation of papermaking constituents, promoting more uniform sheet structure.
2. Delivers target performance at low dosage rates, providing cost-efficient chemical addition for paper manufacturers.
3. While optimizing formation and retention, shows minimal impact on the inherent strength characteristics of paper products.
4. Demonstrates broad compatibility with common wet-end additives including starch, sizing agents, and aluminum salts, ensuring smooth system integration.