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Sodium polyacrylate for Cables

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Sodium polyacrylate, also known as Slush Polymer, is a remarkable substance with a high capacity to absorb and retain liquid in significant amounts compared to its own mass. It typically appears in the form of white granules or powder and boasts an impressive ability to absorb liquid up to a hundred times its weight, effectively securing water in place.

In the realm of cables, sodium polyacrylate plays a crucial role as a water-blocking material. It finds application in various components such as:

Water-blocking tapes: These tapes are instrumental in preventing water intrusion into cable assemblies, ensuring their longevity and reliability even in harsh environments.
Water-blocking ointments: Applied strategically, water-blocking ointments create a protective barrier that shields cables from moisture, contributing to their overall performance and longevity.
Water-blocking yarns: Utilized within cable structures, water-blocking yarns provide an additional layer of defense against water penetration, safeguarding the integrity of the cables.
By incorporating sodium polyacrylate into these cable components, manufacturers can effectively mitigate water-related issues, enhancing the durability, performance, and reliability of cable systems across various applications.

Main Technical specifications

 

Appearance White granular
Visible density(g/cm2) transparent
Mesh 120-180
Water-keeping ratio 350
Apparent density(ml/g) 0.56
Water content <6
PH value(1% water detracted liquid) 7
Monomer content(ppm) 300
Gel intensity Strong
Inflation altitude(mm/min) ≥12mm/1 min
≥18mm/3 min
   
Appearance White granular
Article size(um) 150-210
Visible density(g/cm2) transparent
mesh 70-120
Water sopping times ratio(pure water ml/g) ≥350
Apparent density(ml/g) 0.56
Water content <6
PH value(1% water detracted liquid) 7
Monomer content(ppm) 300

DETAILS AND PRICE

Ready to elevate your polymer projects? Contact GELSAP for unrivaled technical expertise, top-notch product support, and cutting-edge polymer solutions.

en_NZEnglish (New Zealand)