GC Column Ovens

Particularly adapted to analytical work where precipitates are dried to constant weight at 110°C. Also suitable for higher temperatures, in which case is advisable to heat in an electric furnace.

Particularly adapted to analytical work where precipitates are dried to constant weight at 110°C. Also suitable for higher temperatures, in which case is advisable to heat in an electric furnace.

Analysis Note Assay (acidimetric): &#8805 98.0 % Melting range (lower value): &#8805 226 &#176C Melting range (upper value): &#8804 230 &#176C Identity (IR): passes test

CAS No.: 16940-66-2 pH: 11 (10 g/l, H2O, 20°C) Solubility: 550 g/l (25°C) (slow decomposition) Melting Point: 400°C (slow decomposition) Molar Mass: 37.

Application Tetramethylsilane can be used as a silicon precursor for the synthesis of silicon doped diamond-like carbon (DLC-Si) films and silicon carbide (SiC) bulk crystals. It can also be used as a hydrocarbon substrate to study intermolecular

Analysis Note Assay (GC, area%): &#8805 98.0 % (a/a) Melting range (lower value): &#8805 100 &#176C Melting range (upper value): &#8804 104 &#176C Identity (IR): passes test

Trichloroacetic Acid Reagent, CAS 76-03-9. Trichloroacetic Acid is a chemical compound created from acetic acid.

Trichloroacetic Acid Reagent, CAS 76-03-9. Trichloroacetic Acid is a chemical compound created from acetic acid.

Trichloroacetic Acid Reagent, CAS 76-03-9. Trichloroacetic Acid is a chemical compound created from acetic acid.

TRIETHYLENE GLYCOL DIBENZOATE

Other Notes During long periods of cold weather, and during storage at low temperatures, cloudiness or crystallization can occur in individual cases. These can be eliminated by stirring and gentle heating up to 40°C without any loss of quality.