Sodium silicoaluminate, hydrated

Aluminum silicate dihydrate Aluminum silicate hydrated Aluminum silicate hydrous Aluminum silicate hydroxide. See Kaolin Aluminum sodium silicate. See Sodium silicoaluminate... 

Silicic acid, aluminum sodium salt. See Sodium silicoaluminate Silicic acid, calcium salt. See Calcium metasilicate Calcium silicate Silicic acid, calcium salt (1 1). See Calcium metasilicate Silicic acid, disodium salt. See Sodium metasilicate Silicic acid hydrate Silicic acid hydrated. See Silica, hydrated Silicic acid, lithium, magnesium, sodium salt. See Smectite Silicic acid, potassium salt. See Potassium silicate Silicic acid (HjSiOj), calcium salt (1 1). See Calcium metasilicate Silicic acid, sodium salt. See Sodium silicate Silicic acid, tetraethyl ester. See Ethyl silicate... 

Sipernal 50S. See Silica, amorphous Sipernal 140, Sipernal 160, Sipernat 283LS, Sipernal 300DS, Sipernat 310, Sipernat 320, Sipernal 320DS. See Silica, hydrated Sipernal 500LS. See Silica, amorphous Sipernal 820A. See Sodium silicoaluminate Sipernal DIO, Sipernat D13. See Silica, hydrated... 

Vuikanox ZMB2/C5. See Zinc 2-mercaptotoluimidazole Vuikanox ZMB-2/G. See 4- and 5-Methylmercaptobenzimidazole Vulkasil A1. See Sodium silicoaluminate Vulkasil N] Vulkasil N/GR-S] Vulkasil N/KG] Vulkasil S] Vulkasil S/KG. See. Silica, hydrated... 

Diatomaceous earth Magnesium oxide Pyrophyllite Quartz Silica, hydrated Sodium silicate Sodium silicoaluminate Terpene resin Wollastonite Xanthan gum extender, paints/coatings Calcium carbonate Kaolin extender, paper Calcium sulfate dihydrate extender, paper coatings Wollastonite extender, paper sizing Kaolin Xanthan gum extender, paperboard Wood flour... 

The primary reaction of any pozzolanic material is an attack on the SiOj or AljOj-SiOj framework by OH ions. It may be supposed that the OH ions attach themselves to silicon and other network-forming atoms, with consequent breaking of bonds between the latter and oxygen atoms. After this has occurred several times, the silicate or other oxy anion is detached from the framework. It may either remain in situ or pass into the solution. The charges of those that remain are balanced, partly by H, and partly by metal cations. Since a cement pore solution is essentially one of potassium and sodium hydroxides, the immediate product is likely to be an amorphous material with and Na as the dominant cations, but the more abundant supply of Ca and the lower solubility of C-S-H and hydrated calcium aluminate or silicoaluminate phases will ensure that this is only an intermediate product. Its presence is indicated by the relatively high potassium contents observed in or near to the reacting pfa particles. 

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