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AEROFROTH® X92 Frother <br />Solubility In Water: <br />Volatile Organic Content: <br />Flash Point: <br />Flammable Limits (% By Vol): <br />Autoignition Temperature: <br />Decomposition Temperature: <br />Partition coefficient (n- <br />octanol /water): <br />Odor Threshold: <br />10. STABILITY AND REACTIVITY <br />Stability: <br />Conditions To Avoid: <br />Polymerization: <br />Conditions To Avoid: <br />Materials To Avoid: <br />Hazardous Decomposition <br />Products: <br />12. ECOLOGICAL INFORMATION <br />MSDS: 0015752 <br />Dispersible <br />Not available <br />>73.3 °C 164 °F <br />Not available <br />Not available <br />Not available <br />Not available <br />See Section 2 for exposure limits. <br />Stable <br />None known <br />Will not occur <br />None known <br />Strong oxidizing agents. <br />carbon dioxide <br />carbon monoxide <br />organic acids <br />11. TOXICOLOGICAL INFORMATION <br />Date: 10/06/2004 Page 4 of 7 <br />Toxicological information for the product is found under Section 3. HAZARDS IDENTIFICATION. <br />Toxicological information on the regulated components of this product is as follows: <br />Alcohol has an acute oral (rat) LD50 and acute dermal (rabbit) LD50 values of 2 g /kg each. The 6 -hour inhalation <br />LC50 (rat) is >4,000 ppm (31.92) mg /U4h. Alcohol is a moderate to severe eye and moderate skin irritant. Inhalation <br />overexposure may produce central nervous system depression and irritation of the eyes and respiratory tract. <br />Chronic overexposure may cause liver damage, pulmonary edema, or renal damage with glycosuria. In a teratology <br />study in rats 3 ml /kg aplied to the skin during the most critical part of gestation produced evidence of maternal <br />toxicity, but no evidenc of injury to the offspring. In a separate study, fetal toxicity and an increased incidence of birth <br />defects were noted when pregnant rats were administered 2 ml /kg by stomach tube during gestation. <br />Direct contact with aliphatic alcohol mixture may cause moderate to severe eye and skin irritation. Overexposure to <br />vapors may produce irritation of the nose, throat, and upper respiratory tract and may cause central nervous system <br />effects. <br />Toxic to aquatic organisms, may cause long -term adverse effects in the aquatic environment. <br />The ecological assessment for this material is based on an evaluation of its components. <br />