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JAN,=10-94 MON 12:59 P. 07/11 <br /> 10. STABILITY AND REACTIVITY <br /> mm <br /> This Material Reacts violently With: <br /> (If Others is checked below, see comments for details) <br /> Air Water Beat Strong oxidizers Others None of These <br /> Y <br /> Comments: <br /> None <br /> Products Evolved When Subjected to Heat or Combustions <br /> Toxic levels of carbon monoxide, carbon dioxide, irritating aldehyde$ and <br /> ketones. <br /> OCCUR DO NOT OCCUR <br /> Hazardous Polymerizations: Y <br /> =__==.-.s-�w-"_____®:gid"_________-.r-�..�___-_•'�----__®____ ®_®r._='3a=-'r_--__"'-_ <br /> 11. TOXICOLOGICAL INFORMATION <br /> TOXICOLOGICAL INFO TION(ANr TOXICITY DATA) <br /> Median Lethal Dose (LD50 LCSO) (Species) <br /> Oral.: <br /> Believed to be > 5 g/kg (rat); practically non-toxic <br /> Inhalations <br /> N.D. <br /> Dermal: <br /> Believed to be > 3 g/kg (rabbit); practically non-toxic <br /> Irritation Index, Estimation of Irritation (species) <br /> Skins <br /> Believed to be >0.5-3.0/8.0(rabbit); slightly irritating <br /> Eyes: <br /> Believed to be >15-25/110(rabbit); slightly irritating <br /> sensitizations <br /> N.D. <br /> others <br /> studies in laboratory rats and mice exposed to constant levels of wholly <br /> vaporized unleaded gasoline for six hours per day, five days per week for <br /> two years caused kidney damage and kidney cancer in male rats and liver <br /> tumors in female mice. Many scientists do not believe that the male rat is <br /> an appropriate predictor of human kidney disease and are not in agreement <br /> on the relationship between liver tumors in laboratory animals and humans. <br /> Xylene has been shown to cause embryo/fetal toxicity and birth defects in <br /> laboratory animals, but only at doses which cause maternal toxicity <br /> illness in the mother') . <br /> Prolonged and repeated exposure to benzene has caused anemia, lymphoma, and <br /> other cancers, in laboratory animals. Benzene has been shown to cause <br /> embryo/fetal toxicity and birth defects in laboratory animals, but only at <br /> doses which cause maternal toxicity (i.e., illness in the mother) . <br /> 12. DISPOSAL CONSIDERATIONS <br /> WASTE DISPOSAL METHODS <br /> This product (as presently constituted) has the RCRA classification of <br /> benzene toxicity and iguitability. if discarded in its present form, it <br /> would have the hazardous waste numbers DOI$ and DO01 respectively. Under <br />