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DEZn SSG, Diethylzinc, CAS 557-20-0, High Purity Metalorganics, DEZn SSG is a high-purity zinc dopant/precursor for the compound semiconductor industry.

DEZn TCO, Diethylzinc, CAS 557-20-0, High Purity Metalorganics, DEZn TCO is a zinc precursor for transparent conductive layer for thin film solar cells.

TEAl SSG, Triethylaluminum, CAS 97-93-8, High Purity Metalorganics, TEAl SSG is an aluminum precursor for atomic layer deposition (ALD) processes.

TMAl IC, Trimethylaluminum, CAS 75-24-1, High Purity Metalorganics, TMAl IC is an aluminum precursor for atomic layer deposition (ALD) processes.

TMGa SSG, Trimethylgallium, CAS 1445-79-0, High Purity Metalorganics, TMGa SSG is a gallium precursor for the compound semiconductor industry.

Butanox L-50 VRN, Methyl ethyl ketone peroxide, CAS 1338-23-4, Organic peroxide, Butanox® L-50 VRN is an ideal catalyst used for curing promoted unsaturated polyester resins at room temperature.

Trigonox 239C LC, Promoted mixture of cumyl hydroperoxide and tert-butyl peroxybenzoate, CAS 80-15-9; 614-45-9, Organic peroxide, Trigonox® 239C LC is a mixture of promoted cumyl hyroperoxide and tert-butyl peroxybenzoate to improve the cure efficiency of vinyl ester resins at elevated temperatures. Trigonox® 239C LC is the low cumene version of Trigonox® 239C. It therefore does not carry a carcinogen labelling.

Ammonium Thiocyanate 50%, Ammonium thiocyanate, CAS 1762-95-4, Inorganic Thiocyanates, Inorganic thiocyanates are used for a broad range of applications but mainly used as raw materials or auxiliaries in fiber production, for agricultural products, in photography, in the chemical industry and in construction. The realization that thiocyanates play an important role in many biochemical processes in animals and humans has been increasingly exploited in the production of personal hygiene products and in the foodstuffs and pharmaceutical industries.

Ammonium Thiocyanate 55%, Ammonium thiocyanate, CAS 1762-95-4, Inorganic Thiocyanates, Inorganic thiocyanates are used for a broad range of applications but mainly used as raw materials or auxiliaries in fiber production, for agricultural products, in photography, in the chemical industry and in construction. The realization that thiocyanates play an important role in many biochemical processes in animals and humans has been increasingly exploited in the production of personal hygiene products and in the foodstuffs and pharmaceutical industries.

Levasil CA320 DH, Colloidal silica, CAS 7631-86-9, Non charged particles deionized, Levasil® CA320 DH is an acidic, aqueous dispersion of colloidal silica that is approximately 34% solids by weight. The silica dispersion is stabilized by the absence of electrolytes and the amorphous silica particles carry a non charged surface. 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® CA320 DH is produced for world-wide distribution.

Levasil CA331 M, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil® CA331 M 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 and have a spherical shape. The physical appearance of the dispersion is slightly more viscous than water. Levasil® CA331 M is produced for world-wide distribution.

Levasil CA414 PNM, Colloidal silica, CAS 7631-86-9, Anionic particles ammonia stabilized, Levasil® CA414 PNM is an alkaline, aqueous dispersion of colloidal silica that is 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 smooth, spherical shape, and are present in a narrow 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® CA414 PNM is produced for the European and North American markets.

Levasil BF36 M , Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil® BF36 M 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 and have a spherical shape, and are present in a narrow particle size distribution. The physical appearance of the dispersion is a clear liquid slightly more viscous than water. Levasil® BF36 M is produced for world-wide distribution.

Levasil BF24 H, Colloidal silica , CAS 7631-86-9, Anionic particles sodium stabilized, Levasil® BF24 H 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® BF24 H is produced for world-wide distribution.

Levasil GB2000, Colloidal silica, CAS 7631-86-9, Anionic particles sodium stabilized, Levasil® GB2000 is an alkaline, aqueous dispersion of colloidal silica that is approximately 40% 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® GB2000 is produced for world-wide distribution.