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Levasil CA425 H, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil CA425 H is an alkaline, aqueous dispersion of colloidal silica that is approximately 40% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil CA425 H is produced for world-wide distribution.

Levasil CT22 PM, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil® CT22 PM is an alkaline, aqueous dispersion of colloidal silica that is approximately 40% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a smooth, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil® CT22 PM is produced for world-wide distribution.

Levasil CA316 PNL, Colloidal silica, CAS 7631-86-9, Anionic particles ammonia stabilized, Levasil CA316 PNL is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is ammonia stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a smooth, spherical shape, and are present in a semi-wide particle size distribution. The physical appearance of the dispersion is an opalescent liquid, slightly more viscous than water with the recognizable smell of ammonia. Levasil CA316 PNL is produced for world-wide distribution.

Levasil CA316 PDL, Colloidal silica, CAS 7631-86-9, Non charged particles deionized, Levasil CA316 PDL is an acidic, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is stabilized by absence of electrolytes and the amorphous silica particles carry a none charged surface. The silica particles are discrete, have a smooth, spherical shape, and are present in a semi-wide particle size distribution. The physical appearance of the dispersion is an opalescent liquid, slightly more viscous than water. Levasil CA316 PDL is available for world-wide distribution.

Levasil CA421 PNH, Colloidal silica, CAS 7631-86-9, Anionic particles ammonia stabilized, Levasil CA421 PNH is an alkaline, aqueous dispersion of colloidal silica that is approximately 40% solids by weight. The silica dispersion is ammonia stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water with the recognizable smell of ammonia. Levasil CA421 PNH is produced for world-wide distribution.

Levasil CA321 PNH, Colloidal silica, CAS 7631-86-9, Anionic particles ammonia stabilized, Levasil CA321 PNH is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is ammonia stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water with the recognizable smell of ammonia. Levasil CA321 PNH is produced for world-wide distribution.

Levasil FO830, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil FO830 is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil FO830 is produced for world-wide distribution.

Levasil FO1440, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil FO1440 is an alkaline, aqueous dispersion of colloidal silica that is approximately 40% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil FO1440 is produced for world-wide distribution.

Levasil FX1430, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil FX1430 is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil FX1430 is produced for world-wide distribution.

Levasil FX160 D, Colloidal silica, CAS 7631-86-9, Non charged particles deionized, Levasil FX160 D is an acidic, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is stabilized by absence of electrolytes and the amorphous silica particles carry a none charged surface. The silica particles are discrete, have a smooth, spherical shape, and are present in a semi-wide particle size distribution. The physical appearance of the dispersion is an opalescent liquid, slightly more viscous than water. Levasil FX160 D is available for world-wide distribution.

Levasil GB5000, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil GB5000 is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a smooth, spherical shape, and are present in a semi-wide particle size distribution. The physical appearance of the dispersion is a clear liquid, slightly more viscous than water. Levasil GB5000 is produced for worldwide distribution.

Levasil GB1000, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil GB1000 is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The product is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a slightly uneven, spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a translucent liquid, slightly more viscous than water. Levasil GB1000 is produced for world-wide distribution.

Levasil GB3000, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil GB3000 is an alkaline, aqueous dispersion of colloidal silica that is approximately 15% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are structured to enhance the activity of the dispersion. The physical appearance of the dispersion is a clear liquid, slightly more viscous than water. Levasil GB3000 is produced for world-wide distribution.

Levasil BF30, Colloidal silica, CAS 7631-86-9, Anionic particles aluminate stabilized, Levasil BF30 is an alkaline, aqueous dispersion of colloidal silica that is approximately 30% solids by weight. The silica dispersion is sodium stabilized and the amorphous silica particles carry a negative surface charge. The silica particles are discrete, have a smooth, spherical shape, and are present in a narrow particle size distribution. The particles have also been surface modified with aluminum. The physical appearance of the dispersion is an opalescent liquid, slightly more viscous than water. Levasil BF30 is produced for world-wide distribution.