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| Item | SHC-116X |
| Appearance | White granular |
| Particle size(um) | 85-154 |
| Visible density(g/cm2) | transparent |
| mesh | 100-180 |
| Water sopping times ratio
(pure water ml/g) |
≥400 |
| 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 |
| Item | SHC-140 |
| Appearance | White granular |
| Particle size (um) | 85-128 |
| Visible density (g/cm2) | transparent |
| mesh | 120-180 |
| Water sopping times ratio (pure water ml/g) |
≥500 |
| 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) | ≥15mm/1 min ≥18mm/3 min |
The polymer is sensitive to the action of ultraviolet rays that, by breaking bonds, degrade the polymer into oligomers (molecules of much smaller size). It thus becomes much more sensitive to the aerobic and anaerobic processes of microbiological degradation. therefore it degrades naturally in soils in CO2, H20 and nitrogen
compounds.
Products demonstrate no systemic toxicity. Consult the safety data sheet for additional information.
