Latex pulveris cum aliis inorganicis bodcelli (ut caementa, gesserit, gypsi, etc.) et variis aggregata, fillers et aliis additives (ut methyl, hydroxypropyl cellulosis et aether, etc) pro corporalis mixto, hydrophobic, etc.) pro corporalis mixto. Cum arida mixta cistarium additur aqua et excitavit, LATEX pulveris particulis dispersi in aqua sub actione hydrophilic tutela colloid et mechanica tondendas. Et tempus requiritur ad normalis redispersible LATEX pulveris ut dispergere est valde brevis, et hoc redispersion tempus index est etiam momenti modularis ut examine sua qualis. In mane miscentes scaena, lateex pulveris iam inceperat ad afficit et operis et in cæmento.
Ob diversas et modificationes singulis subdivisa LATEX pulveris, hoc est etiam alia, quidam habent fluxus, alii effectus, et quidam habere augendae Thixotropy effectus. Mechanism ex pluribus facies, comprehendo influentiam LATEX pulveris in affinitate aqua in dispersionem, influentiam diversis viscositas LATEGE Pulvis post dispersionem, influentiam aquam in Coloid et influentiam aquae et aquae. Influxibus includit augmentum caeli contentus in cæmento et distributio aeris bullae, tum quod potentia sui additives et commercium cum aliis additives. Itaque customized et dividitur lectio de liceex pulveris est momenti est afficit uber qualitas. The more common point of view is that the redispersible latex powder usually increases the air content of the mortar, thereby lubricating the construction of the mortar, and the affinity and viscosity of the latex powder, especially the protective colloid, to water when it is dispersed The increase of the concentration helps to improve the cohesion of the construction mortar, thereby improving the workability of the mortar. Deinde, quod infectum cæmento quibus lateex pulveris dispersionem applicantur in opere superficiem. With the reduction of water on three levels – the absorption of the base layer, the consumption of cement hydration reaction, and the volatilization of surface water to the air, the resin particles gradually approach , the interfaces gradually merge with each other, and finally become a continuous polymer film. Hoc processus maxime occurrit in poros cæmento et superficies solidum.
Utinam ut hoc processus irreversible, id est cum Polymer film certaminibus aqua iterum non dispersi iterum et tutela de Ratio LATEX pulveris separari a Polymer film ratio. This is not a problem in the alkaline cement mortar system, because it will be saponified by the alkali generated by cement hydration, and at the same time, the adsorption of quartz-like materials will gradually separate it from the system, without the protection of hydrophilicity Colloids, which are insoluble in water and formed by one-time dispersion of redispersible latex powder, can function not only under dry conditions, but Etiam sub diu-term aqua immersionem conditionibus. In non-alkaline systems, such as gypsum systems or systems with only fillers, for some reason the protective colloid still partially exists in the final polymer film, which affects the water resistance of the film, but because 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 redispersible latex powder in these systems.
Cum autem formatio ad extremum polymer film, a compage ratio composito ex inorganicis et organicum ligula formatur in curato cæmento, id est, et hydraulica materia forms in fragile et durum sit amet inter gap et in solidum et in solido et forma. Flexibile nexu. Hoc genus nexum excogitari potest coniuncta ad rigidum ossa multis parva. Cum tensile viribus polymer resinae amet formatae per LATEX pulveris plerumque ordo magnitudinis altior quam Hydraulicis materiae, robore cæmento se potest esse auctus, id est, cohaesarii potest esse amplio. Cum flexibilitate et deformability Polymer sunt multo altior quam de rigido structuram ut caementa, deformability de cæmento est melius, ita improving ad crack est valde melius, ita improving resistente est valde melius, ita improving resistentia est valde melior, ita improving resistentia est valde melior, ita improving resistentia est magna, ita improving resistentia est magna, ita improving resistentia est magna, ita improving resistentia est valde melius, ita improving resistentia est valde melius, ita improving resistentia est valde melius, ita improving resistentia est valde melius, ita improving crack est valde melius, ita improving resistentia cælio.
Post tempus: Mar-07-2023