The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree… The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree of biocompatibility. The highly water-absorptive material has excellent water absorption and water retention, and can be made into various tissue materials similar to the water content of the living body. Moreover, the gel formed by the water absorption of the medical superabsorbent material is relatively soft and has human adaptability, such as no irritation to the human body, no side reaction, no inflammation, no blood coagulation. These have created conditions for their use in medicine. The highly water-absorbent material can be used for preparing medical bandages, cotton balls and gauze which can absorb surgical and traumatic bleeding and secretions and prevent purulence. It can be used to manufacture artificial organs such as artificial vitreous, artificial cornea, artificial skin, artificial blood vessel, artificial liver and artificial kidney. Secondly, the application of superabsorbent polymer in physiological and hygienic
Grade: General hygiene absorbent grade
Main use: baby diapers, adult diapers and nursing products
The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree... The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree of biocompatibility. The highly water-absorptive material has excellent water absorption and water retention, and can be made into various tissue materials similar to the water content of the living body. Moreover, the gel formed by the water absorption of the medical superabsorbent material is relatively soft and has human adaptability, such as no irritation to the human body, no side reaction, no inflammation, no blood coagulation. These have created conditions for their use in medicine. The highly water-absorbent material can be used for preparing medical bandages, cotton balls and gauze which can absorb surgical and traumatic bleeding and secretions and prevent purulence. It can be used to manufacture artificial organs such as artificial vitreous, artificial cornea, artificial skin, artificial blood vessel, artificial liver and artificial kidney. Secondly, the application of superabsorbent polymer in physiological and hygienic products is also a relatively mature field. In the medical and pharmaceutical field, research on the preparation of pharmaceutical release hydrogel materials and artificial organs using superabsorbent polymer should
| Product Category | Super Absorbent |
| Formula / Type | Cross-linked superabsorbent polymer |
| CAS No. | SAP polymer |
| Grade | General hygiene absorbent grade |
| Appearance | white granular powder |
| Application | baby diapers, adult diapers and nursing products |
| Packaging | bags or customized bulk packaging |
PAMPolymer 810 | Baby diaper, Adult diaper, Nursing pad (adult, pet) |
PAMPolymer 820 | Baby diaper, Adult diaper, Nursing pad (adult, pet) |
PAMPolymer 830 | Baby diaper, Adult diaper, Nursing pad (adult, pet) |
PAMPolymer 860 | For Sanitary napkin, Sanitary pad, Blood absorption |
The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree...
The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree of biocompatibility. The highly water-absorptive material has excellent water absorption and water retention, and can be made into various tissue materials similar to the water content of the living body. Moreover, the gel formed by the water absorption of the medical superabsorbent material is relatively soft and has human adaptability, such as no irritation to the human body, no side reaction, no inflammation, no blood coagulation. These have created conditions for their use in medicine.
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The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree… The adaptability of superabsorbent polymer in organisms has been studied by many scholars. The results indicate that certain synthetic and semi-synthetic superabsorbent materials have a certain degree of biocompatibility. The highly water-absorptive material has excellent water absorption and water retention, and can be made into various tissue materials similar to the water content of the living body. Moreover, the gel formed by the water absorption of the medical superabsorbent material is relatively soft and has human adaptability, such as no irritation to the human body, no side reaction, no inflammation, no blood coagulation. These have created conditions for their use in medicine. The highly water-absorbent material can be used for preparing medical bandages, cotton balls and gauze which can absorb surgical and traumatic bleeding and secretions and prevent purulence. It can be used to manufacture artificial organs such as artificial vitreous, artificial cornea, artificial skin, artificial blood vessel, artificial liver and artificial kidney. Secondly, the application of superabsorbent polymer in physiological and hygienic products is also a relatively mature field. In the medical and pharmaceutical field, research on the preparation of pharmaceutical release hydrogel materials and artificial organs using superabsorbent polymer should be strengthened in the future. In the future, we should focus on strengthening the development and research of using superabsorbent polymer to make the sanitary materials more compact, lighter and more comfortable.