Sodium chloride filler

Aluminum silicate dihydrate filler, rubber EPDM compounds EPDM rubber filler, rubber low-grade Cotton (Gossypium herbaceum) filler, sanitary cleaners Sodium chloride filler, sealants... 

MeutralSoluble Salts. So dium sulfate [7757-82-6] and, to a considerably lesser extent, sodium chloride [7647-14-5] are the principal neutral soluble salts used in laundering compositions. They are often considered to be fillers although they perform an important standardizing function enabling the formulator to manufacture powders of a desired, controlled density. Sodium sulfate, in addition, lowers the critical micelle concentration of organic surfactants and thus the concentration at which effective washing can be achieved. 

Sodium Chloride. Sodium chloride (NaCl) is used by some detergent manufacturers, its main function being as an inert filler or diluent. In spray-drying operations, NaCl is used to control Crutcher slurry viscosity and the density of the spray-dried bead or granules. In liquid formulations, NaCl is used to control product viscosity through the salt effect. Although salt is used to some extent in autodish formulations, it is not recommended because of potential machine and dishware corrosion. 

Hammouda Y, Eshra AG, El-Banna HM. The use of sodium chloride as a directly compressible filler. Part III Drug-to-filler ratio. Pharm Ind 1978 40(9) 987-992. 

Inert fillers are added in order to achieve rapid solubilization of the vial contents through the control of particle size during the lyophilization process. The size of the lyophilizate plug and particle size are controlled by the freeze-dry cycle in kit production. Sodium chloride is added to d,l-HMPAO kits and mannitol to MlBl kits. 

These salts of long-chain carboxylic acids are soaps, and this saponification reaction is the way most soaps are manufactured. Fats and oils are boiled in aqueous sodium hydroxide until hydrolysis is complete. Adding sodium chloride to the mixture then causes the soap to precipitate. (After the soap has been separated, glycerol can be isolated from the aqueous phase by distillation.) Crude soaps are usually purified by several reprecipitations. Perfumes can be added if a toilet soap is the desired product. Sand, sodium carbonate, and other fillers can be added to make a scouring soap, and air can be blown into the molten soap if the manufacturer wants to market a soap that floats. 

Sodium dichloroisocyanurate Sodium sulfate/chloride (filler)... 

They are in a so large an amount that effervescent tablets are much larger than conventional ones. In case it is necessary to add a filler, sodium bicarbonate is the material of choice due to its lower cost and because it does not influence final pH of the solution and it also increases the effervescence effect. Sodium chloride and sodium sulfate are other possible fillers. They are high-density crystalline powders that are very compatible with the other ingredients. 

Here Geo is the equilibrium modulus of the unfilled polymer, is the volume fraction of filler, and , is a maximum volume fraction corresponding to close packing, which may be between 0.74 and 0.80. For < 0.70, this equation is equivalent to the result of a theoretical formulation by van dcr Pocl (which can be evaluated only numerically) relating the shear and bulk moduli of a composite with spherical particles to the shear and bulk moduli and Poisson s ratios of the two component materials. The derivation of van dcr Poel has been corrected and simplified by Smith.For a hard solid in a rubbery polymer, the ratio of the shear moduli is so large that the result is insensitive to its magnitude. An example is shown in Fig. 14-13 for data of Schwarzl, Brcc, and Nederveen for nearly monodisperse sodium chloride particles of several different sizes embedded in a cross-linked polypropylene ether. Extensive comparisons of data with equation 18 have been made by Landcl, -"- - who has also employed an alternative relation ... 

Clays and bentonites are used as fillers in adhesives. Sodium bisulfite, hydrogen peroxide, sodium perborate serve as bleaches. Solvents are added to help wet water-repellent surfaces. Preservatives prevent microbial growth. De-foamers prevent foam during cooking. Colloid stabilizers such as soaps and sodium chloride are often added. 

Joints brazed with aluminum-silicon fiUo- metals (BAlSi-2, BAlSi-4, and BAlSi-S) show a potential of -0.82 V with respect to a O.lNcalomd reference electrode in an aqueous solution of S3 gfL of sodium chloride and 3 g/L of hydrogen peroxide. This potential is barely cathodic to the fii uently brazed base metals, for which the value is -0.83 V for 1100,3003, 6061, and 6063. Therefore, little electrolytic action occurs in assemblies of these base metals that are brazed with the usual filler metals. 

Nitrocellulose Phosphorus pentoxide. Methylene chloride. Nitric acid. Cotton balls, Sodium bicarbonate Low explosive. Main component in smokeless powders, lED filler... 

Sodium silicate wetting, emulsifying, penetrating, and other surface-active properties do not appear to impact ink removal efficiency in flotation (36). Flotation can also remove some of the paper filler and coating particles dispersed in the pulp. Addition of certain cationic oiganic polymers such as poly(dia11yldimethylammonium chloride) to pulp improves the removal efficiency of these particles during flotation (37,38). 

Surface grafting of barium sulfate is interesting Ifom the point of view of the kinetics of such reactions. Barium sulfate like calcium carbonate, is an inert filler. So it is necessary to modify its surface. First, barium chloride is reacted with sodium sulfate in the presence of a small amount of sodium 12-hydroxystearate. This introduces a controlled number of hydroxyl stearate sites onto the barium sulfate surface. The reaction is followed by a redox graft polymerization of acrylamide initiated by the hydroxyl stearate groups and ceric ion as a catalyst. Figures 6.9 to 6.11 show the effect of reaction substrates concentrations on polymerization rate. 

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