Magnesium aluminum titanate

Figure 1.14 The microstructure of a commercial cordierite glass ceramic (Coming Code 9606). The predominant phase with somewhat rounded grains is cordierite and the angular, needle-shaped crystals are magnesium aluminum titanate. (From Ref. 85.)...

Magnesium aluminum silicate Quaternium-18/benzalkonium bentonite Siiica, fumed Stearalkonium bentonite thixotrope, paints/coatings Tri hyd roxysteari n thixotrope, paints emulsion TEA-titanate... 

Lithium titanate oxide Li4Ti50i2 has a crystalline structure which is isomorphic to that of the mineral MigAl204 (magnesium aluminum oxide) called spinel (central column in Figure 5.5). 

ALUMINUM TITANATE. Aipj TiO. Stable from 1260-1865°C, while instability from 860-1260°C is reduced by minor amounts of iron or magnesium titanate. Made by reacting AljOj and TiOj for 12 hr at 1300°C. CTEs along the three major crystal axes (a) 8.3 x KTVC (b) 18.7 and (c) 2.8. CTE of the aggregate (25-1000°C) decreases with increasing temperature, reaching -2 x 10 VC after aging at 1650-1700°C. Aluminum titanate shows an expansion hysteresis loop due to internal fractures caused by anisotropy of the expansion coefficients. 

Group (IV) metal phosphates and phosphonates, transition metal oxides (titanates, silicates, niobates, etc.), layered oxides, and double hydroxides (aluminum, magnesium, iron, etc.) are some of the inorganic compounds used as layered host ma-... 

TITANIC ANHYDRIDE (13463-67-7) Powders or dust react with strong acids, strong oxidizers. Violent reaction with aluminum, calcium, hydrazine, lithium, magnesium, potassium, sodium, zinc, especially at elevated temperatures. Dust or powder can ignite and then explode in a carbon dioxide atmosphere. 

Ti-Sphere AA-1512-LL, Ti-Sphere AA-1515. See Titanium dioxide Tissue transglutaminase. See Transglutaminase Tisyn . See Aluminum silicate Tital. See Magnesium silicate hydrate Titan Castor No. 75. See Sulfated castor oil Titanate. See Titanium Titania Titania. See Titanium dioxide Titanic (IV) acid. See Titanium hydroxide Titanic acid anhydride Titanic anhydride ... 

One of the most commonly used colorimetric methods is based on the adsorption of a dye by magnesium hydroxide to form a colored lake in alkali hydroxide solution. Titan yellow [methylbenzothiazole-(l, 3)-4,4 -diazominobenzene-(2,2 )-disulfonic acid] is the most widely used dye [97]. Typically, the sample is pretreated by incineration or acid extraction. Iron, aluminum, manganese, copper, zinc, nickel, and phosphorus must be removed from the sample due to interference of these elements with the color formation [97]. 

In recent years, there has been a breakthrough in the manufacturing cost of potassium titanate whiskers, aluminum borate whiskers, and so forth. Meanwhile, inexpensive and high-quality inorganic whiskers such as calcium carbonate, calcium sulfate, and magnesium are successfully synthesized, which makes inorganic whiskers a new type of filling modification material of polymer materials. This field has become a research hotspot all over the world and reveals broad application and market prospects. 

Basic magnesium sulfate whisker Calcium titanate whisker Aluminum borate whisker Sepiolite (magnesium silicate)... 

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