Chlorate de sodium

Chauyaku = RDX (Japan) 68 Cheddite = chlorate explosive (swiss) Chemecol blasting process 147 Chilesalpeter = sodium nitrate (german) 291 chlorate de barium 28 chlorate de potassium 262... 

CPL 46 EINECS 231-511-9 HSDB 5038 Irenat KM Sodium Perchlorate Natriumperchloraat Natriumper-chlorat Perchlorate de sodium Perchloric acid, sodium salt Sodio (perclorato di) Sodium (perchlorate de) Sodium perchlorate UN1502. Used in explosives has been used medicinally as a thyroid inhibitor. Crystals.dec about 130° d = 2.02. Kerr-McGee. 

Holst A batch process for making chlorine dioxide by reducing sodium chlorate with sulfur dioxide in the presence of sulfuric acid. The sodium hydrogen sulfate byproduct can be used in the Kraft papermaking process. Developed by Moch Domsjo in Sweden, in 1946. Partridge, H. de V., in Chlorine, Its Manufacture, Properties, and Uses, Sconce, J. S., Ed., Reinhold Publishing, New York, 1962, 275. 

G. Meillere, and A. Job and J. Clarens prepared a soln. of hypobromite, suitable for estimating urea in urine, by mixing eau de Javelle with an aq. soln. of potassium bromide and A. Fouchet mixed a soln. of 42 grms. of sodium bromide, and 8 5 grms. of sodium chlorate made to 100 c.c. with water, with a soln. of 50 c.c. of hydrochloric acid and 50 c.c. of water he then heated 30 c.c. of the first solution... 

Manufacture of these explosives received great impetus in Germany and France during World War I, probably on account of the lack of nitrogen compounds. Composition The chief constituent, 60-80 per cent, is a chlorate or perchlorate of ammonium, sodium, or potassium. The other ingredients are combustible products such as charcoal, sulfur, aluminum powder, or mixtures of vegetahle meals uitro derivatives of benzene, toluene, naphthalene, phenol and as de-sensitizers solid hydrocarbons (paraffin) and castor oil may he added. The addition of the nitro compounds serves to improve the propagation. 

CIANURO de ZINC (Spanish) (557-21-1) Reactions with acids, acid fumes, acid salts, or elevated temperatures release hydrogen cyanide gas. Can react violently with magnesium, nitrates. Incompatible with nitrites, chlorates. Mixtures of metal cyanides with metal chlorates, nitrates, nitrites, or perchlorates may cause violent explosions. Incompatible with strong oxidizers, bromine, chlorine, fluorine, mercurous chloride, nitric acid. Violent reaction with sodium nitrite. Forms sensitive explosive mixtures with potassium chlorate. 

FOSFURO de ZINC (Spanish) (1314-84-7) Combustible solid. Dust forms explosive mixture with air. Reacts with water, steam, moisture in air, acids, and/or heat, producing fumes of phosphorus, zinc oxides, flammable phosphine. Reacts violently with strong oxidizers, chlorine, fluorine, nitric acid, sulfuric acid, perchloric acid. Incompatible with carbon dioxide, halogenated compounds. Reacts with most common extinguishing agents. Forms heat-, friction-, and shock-sensitive explosive mixtures with potassium chlorate, potassium nitrate, sodium chlorate. In case of fire, use Class D extinguishers or smothering quantities of dry sand, crushed limestone, clay. 

ISOTHIOCYANATE de METHYLE (French) (556-61-6) Forms explosive mixture with air (flash point 90°F/32°C). Incompatible with strong acids, caustics, chlorates (e.g., potassium chlorate, sodium chlorate), ammonia, amines, amides, alcohols, glycols, caprolactam solution, nitrates, nitric acid, organic peroxides, peroxides, strong oxidizers. 

TRIOXIDO de ARSENICO (Spanish) (1327-53-3) Reacts, possibly violently, with acids, aluminum, aluminum chloride, chlorine trifluoride, chromic oxide, fluorine, fluorides, halogens, hydrogen fluoride, mercury, oxygen fluoride, phosphorus pentoxide, rubidium acetylide, sodium chlorate, sodium hydroxide, sulfuric acid, tannic acid, zinc, iron in solution. Contact with acids or acid mists releases deadly arsine gas. 

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