Laserfiche WebLink
MATERIAL SAFETY DATA SHEET <br /> 000002932/F/USA <br /> Approval Date: 12/03/1999 <br /> Print Date: 12/08/1999 <br /> Page 5 <br /> ------------------------------------------------------------------------------ <br /> Incompatibility: <br /> Working solution: Strong oxidizing agents, combustible material, halogenated <br /> materials, strong acids. <br /> Concentrate: Contact with base liberates flammable material. Strong <br /> 0 oxidizing agents, strong acids, combustible material, halogenated materials. <br /> 0 <br /> 0 <br /> Hazardous Decomposition Products: Ammonia, chloramine, sulfur dioxide. <br /> N <br /> N Hazardous Polymerization: Will not occur. <br /> 0 <br /> ----------------------------------------------------------------------------- <br /> 11 . TOXICOLOGICAL INFORMATION <br /> Effects of Exposure: <br /> Inhalation: Expected to be a low hazard for usual industrial or commercial <br /> handling by trained personnel. In contact with strong acids or if heated, <br /> sulfites may liberate sulfur dioxide gas. Sulfur dioxide gas is irritating <br /> to the respiratory tract. Some asthmatics or hypersensitive individuals may <br /> experience difficult breathing. <br /> Eyes: Causes irritation. <br /> Skin: This material has a low potential to cause allergic skin reactions; <br /> however, cases of human skin sensitization have been reported. <br /> Ingestion: May be harmful if swallowed. Some asthmatics or sulfite-sensitive <br /> individuals may experience wheezing, chest tightness, stomach upset, hives, <br /> faintness, weakness and diarrhea. <br /> ------------------------------------------------------------------------------ <br /> 12. ECOLOGICAL INFORMATION <br /> Introduction: This environmental effects summary is written to assist in <br /> addressing emergencies created by an accidental spill which might occur during <br /> the shipment of this material, and, in general, it is not meant to address <br /> discharges to sanitary sewers or publically owned treatment works. <br /> Summary: Data for the major components of this material have been used to <br /> estimate the environmental impact of this material. However, this material, <br /> itself, has not been tested for environmental effects. <br /> It is expected to have the following properties: a moderate biochemical oxygen <br /> demand and may cause oxygen depletion in aqueous systems, a low potential to <br /> affect aquatic organisms, a low potential to affect secondary waste treatment <br /> microbial metabolism, a low potential to affect the germination and/or early <br /> growth of some plants, a low potential to persist in the environment, a low <br /> potential to bioconcentrate. When diluted with a large amount of water, this <br />