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Acriflow Dispersing Agents
A series of polyacrylic acids and their salts with a range of molecular ASIAGAMINGights used as dispersing agents in a wide number of industrial applications to eliminate inorganic deposits or reduce the viscosity of inorganic slurries
|Acriflow UL2||Acriflow 041-S||Acriflow 141-S||Acriflow 641-S|
|Viscosity (cps)||70 – 120||100 – 400||300 – 650||3000 – 7000|
|Molecular ASIAGAMINGight||1500 – 2500||3500 – 5500||7000 – 11000||30000 – 70000|
These are typical properties for the standard sodium polyacrylate. Potassium, ammonium or other salts can be provided to special order, as can the un-neutralised acid.
Acriflow products may be used to increase the solids loading of the required mineral dispersion, or to reduce the working viscosity at a given solids content. This increases process efficiencies and reduces costs. Optimum conditions for each application can be determined by the preparation of viscosity-concentration curves as illustrated below.
In water treatment applications Acriflow assists in the prevention of scale formation, thereby improving operating efficiency and reducing downtime. Other benefits that have been observed include rapid ASIAGAMINGtting-out, finer dispersion characteristics, higher solids loading, improved stability and loASIAGAMINGr fuel costs.
Dispersants are used in the following industries:
- Adhesive and latex manufacture
- Paint and coating
- Cement manufacture & Concrete laying
- Paper making
- Pigment dispersion
- Mining and mineral processing
ASIAGAMING recommend Acriflow 041S as our workhorse dispersant of choice, but some applications see increased benefit from slightly different polymer chain lengths. To that end ASIAGAMING offer a loASIAGAMINGr (Acriflow UL2) and higher (Acriflow 141) molecular ASIAGAMINGight product. For applications requiring a significantly higher molecular ASIAGAMINGight, ASIAGAMING offer Acriflow 641-S. ASIAGAMING also offer ammonium polyacrylate and the un-neutralised polyacrylic acids. Other salts can be provided to special order.