Dispersibilis Polymer Powder et Alius Budiensis (ut caemium, gesserit, gypsi, etc.) et variis aggregata, fillers et aliis additives (ut methyl, hydroxypropyl cellulosis, hydrophobic agentia, etc.) mixta mixta. Cum arida mixta cæmento mixta aqua, sub actione hydrophilic tutela colloid et mechanica tonsurae, lateex pulveris particulas disperget in aquam.
Ob diversas characteres et modificatio cuiusque subdivisa LATEX pulveris, quod effectus est etiam diversis, quidam habent effectum promovendi influunt, cum aliqui habere effectum augendae Thixotropy. Mechanism ex pluribus facies, comprehendo influentiam LATEX pulveris in affinitate aqua in dispersionem, influentiam diversis viscositas LATEX Pulvis post dispersionem, influentiam aquam Cingulum et influxum caementa aquae. Influentia ex his factoribus includit influentiam in augmentum caeli contentus de cæmento et distributio aeris bullae, tum influentiam sui additives et commercium cum aliis additives. Igitur customized et dividitur electionemRemdispersible Polymer Powderest momenti est afficit uber qualitas. Inter eos, magis commune est quod rufus polymer pulveris plerumque crescit aere contentus de cæmento, ita lubricating constructione cæmento, et affinitate et viscositas Polymer pulveris, praesertim cum tutela Polymer pulveris, maxime cum tutela Colsoid dispergitur, maxime cum tutela Polymer pulveris, maxime cum tutela Coloid dispergitur, praesertim cum tutela Coloid est dispersit, praesertim cum tutela Coloid est dispersit, praesertim cum tutela, ut aquam. In incremento α confert ad emendationem de cohaesionis ex constructione cæmento, ita improving workability de cæmento. Deinde, in infectum cæmento continet LATEX pulveris dispersionem applicantur ad opus superficiem. With the reduction of moisture on three levels – the absorption of the base layer, the consumption of the cement hydration reaction, and the volatilization of the surface moisture into the air, the resin particles gradually approach the , the interface gradually merges with each other, and finally becomes a continuous polymer film. Hoc processus maxime occurrit in poros cæmento et superficies solidum.
Eget, ut hoc processus irreversible, id est cum Polymer film non redispersed cum certamur aqua iterum, tutela de Ratio polymer Pulveris Pulveris separari a Polymer System. Hoc non est quaestio in an alkaline caementa cæmento ratio, quod erit saponificatur ab Alkali generatae per hydratationis cemento, et simul, in ADSORPTIONPPTIONIGNIS de STELLABILIS materia et paulatim separat a system sine hydrophilic praesidio. Colloid, a film quod est insolubilis in aquam et formatae per unum-vicis dispersionem risum latex pulveris, potest non solum sub aridam conditiones, sed etiam sub conditionibus diu terminus immersionem in aqua. In non-alkaline systems, such as gypsum systems or systems with only fillers, protective colloids are still partially present in the final polymer film for some reason, affecting the water resistance of the film, but since these systems are not used for In the case of long-term immersion in water, and the polymer still has its unique mechanical properties, it does not affect the application of dispersible polymer powder in these systems.
Post tempus: Oct-24-2022