Polyanionic Cellulose (PAC) et sodium carboxymethyl Cellulose (CMC)

Polyanionic Cellulose (PAC) et sodium carboxymethyl cellulosa (CMC) sunt et cellulosa derivationes late in variis industries pro crasso, stabiliens et rhematicis proprietatibus. Dum participes similibus, etiam distinctae differentias secundum eget structuram, proprietatibus et applications. Hic est collatio inter PAC et CMC:

1. Donec structuram:
   • PAC: Polyanionic Cellulose est a aqua-solutum polymer ex Cellulose per introductio de carboxymethyl et alia anionic coetibus onto Cellulose backbone. Is contineat plures carboxyl coetibus (-coo-) per cellulosa catena, faciens illud altus anionic.
   • CMC, sodium carboxymethyl Cellulose est etiam a aqua-solutum polymer ex cellulis, sed non subit in specifica carboxymethylation processus, unde in substitutione hydroxyl Groups (-Oh) in carboxymethyl coetus (-ch2coona). CMC typically continet paucioribus carboxyl coetus comparari PAC.
2. Ionica natura:
   • PAC: Polyanionic Cellulose est altus anionic debitum ad praesentiam multiplex carboxyl coetibus per cellulosa catena. Exhibet fortis ion-commutationem proprietatibus et saepe usus est in filtration imperium agens et Rheologiam modificationis in aqua-fundatur EXERCITATIO fluidorum.
   • CMC: sodium carboxymethyl Cellulose est etiam anionic, sed ejus gradu de anionicitate pendent in gradu substitutionis (D.) de carboxymethyl coetus. CMC est communiter ut a Thickener, Stabililizer et Viscosity Modifier in variis applications, inter cibum, pharmaceuticals et personalis cura products.
3. Viscosity et Rheology:
   • PAC: Polyanionic Cellulose exhibet excelsum viscosity et tondentes-extenuantibus mores in solution, faciens illud effective ut a Thickener et Rheology Modifier in EXERCITATIO fluidorum et alia Industrial applications. PAC potest sustinere altum temperaturis et Salmini levels offendit oilfield res.
   • CMC, sodium carboxymethyl Cellulose et exhibet Viscositas et Rheology Modification Properties, sed ejus viscositas est typically inferior comparari PAC. CMC formas magis firmum et Pseudoplastic solutions, faciens idoneam ad amplis applications, comprehendo cibum, stibio, et pharmaceuticals.
4. Applications:
   • PAC: Polyanionic Cellulose est praesertim in oleum et Gas industria ut a filtration imperium agente, Rheology Modifier et fluid damnum reducer in EXERCITATIO fluidorum. Est etiam in aliis industriae applications ut constructione materiae et environmental remediation.
   • CMC: sodium carboxymethyl Cellulose habet diversas applications in variis industrias, comprehendo cibum et potiones (ut a Thickener et stabilitor), pharmaceuticals (ut ligans et disintegrant), personalis cura products (sicut in Rheologiam), Textiles (sicut in agente), Textiles (ut in agente), Textiles (ut in agente), Textiles (ut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (sicut in agente), Textiles (ut in agente), Textiles (sicut in agente), Textiles (sicut in agente) Et charta vestibulum (ut paper additive).

Dum utrumque Polyanionic Cellulose (PAC) et sodium carboxymethyl cellulosa (CMC) sunt cellulosa derivationes cum anionic proprietatibus et similes applications in aliqua industries, sunt distinctae differentias in terms of eget structuram, proprietatibus et propria in terms of eget structuram, proprietatibus et specifica applications. PAC est praesertim in oleum et Gas industria, cum CMC invenit lata applications in cibo, pharmaceuticals, personalis cura, textilia et aliis industrias.