HPN4900 is a high molecular polymer with a macroporous structure of styrene-divinylbenzene skeleton, loaded with nanoparticles that selectively adsorb silicate, chloride, and phosphorus ions.
HPN4900 can effectively separate anions in nuclear waste liquid, especially silicate ions, chloride ions, and fluoride ions, firmly binding them to the functional groups to form highly stable complexes, with higher affinity than(demonstrates superior affinity for boron compared to) other anions.
Removal of silicate, chloride, and fluoride ions in the process of nuclear fuel wastewater treatment.
Name(Characteristics) | Indicator |
Appearance | Milky white to beige spherical particles |
Volume Exchange Capacity mmol/L | ≥1.2 |
Moisture Content % | 50.0~60.0% |
Particle Size Range % (0.35~1.20mm) | ≥ 95.0 |
Wet Bulk Density g/mL | 0.70~0.75 |
Sphericity After Grinding % | ≥95.0 |
Functional Group | Specific adsorption nanoparticles |
If you have any questions, please don't hesitate to contact us. We're always here to help with ion exchange resins for your business. Haipu is able to produce the product in according to your special needs.