Silicic acid magnesium salt , hydrate

Hydrate magnesium silicate Silicic acid, magnesium salt, hydrate 1343-90-4 Unspecified... [Pg.282]

E553(a) magnesium mesotrisilicate silicic acid, magnesium salt (1 2), hydrate. [Pg.434]

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... [Pg.1338]

Silicic acid. See Silica, hydrated Silicic acid, aluminum calcium sodium salt. See Aluminum calcium sodium silicate Silicic acid, aluminum magnesium salt. See Magnesium aluminum silicate Silicic acid aluminum salt. See Aluminum (III) silicate (2 1)... [Pg.3923]

Nanoclays can be categorized into cationic and anionic types. Cationic nanoclays are based on smectite clays. An example is montmorillonite (MMT), a hydrated Al, Mg silicate that may contain cations such as Na+ and Ca++ between the anionic layers. In contrast, anionic clays contain cationic layers and anions such as Cr and in the interlayer space. Typical examples include layered double hydroxides (LDH) and hydrotalcite (HT), a mostly synthetic hydrated magnesium and aluminum carbonate salt. Whereas MMT is commonly used as a nanofiller to improve thermal, mechanical, and barrier properties, LDHs have many attractive properties that lead to application as surfactant adsorbents, biohybrid materials, antacid food formulations, acid neutralizers, and active pharmaceutical ingredients excipients [37, 13, 28, 14, 35]. [Pg.144]