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40 LUPE OX DELTA <br /> Material Safety Data Sheet <br /> ATOFINA Chemicais, Inc. <br /> f 8 EXPOSURE CONTROLS / PERSONAL PROTECTION <br /> other conditions where there may be a potential for significant exposure, use an approved full face positive- <br /> pressure, self-contained breathing apparatus or positive-pressure airline with auxiliary self-contained air <br /> supply Respiratory protection programs must comply with 29 CFR 1910.134. <br /> Airborne Exposure Guidelines for Ingredients <br /> Exposure Limit Value <br /> Hydrogen peroxide <br /> ACGIH TWA - 1 ppm 1.4 mgim <br /> OSHA TWA PEL - 1 ppm 1.4 mg/m3 <br /> Methyl ethyl ketone <br /> ACGIH CEILING - 885 mg/m3 300 ppm <br /> ACGIH TWA - 200 ppm 590 mg/m3 <br /> OSHA TWA PEL - 200 ppm 590 mg/rr,3 <br /> Methyl ethyl ketone peroxide(s) <br /> ACGIH STEL - 0.2 ppm 1.5 mg/m3 <br /> -Only those components with exposure limits are printed in this section <br /> -Skin contact limits designated with a"Y"above have skin contact effect. Air sampling atone is insufficient to accurately quantitate exposure. <br /> Measures to prevent significant cutaneous absorpllon may be required. <br /> -ACGIH Sensitizer designator with a value of"Y"above means that exposure to this material may cause allergic reactions. <br /> 9 PHYSICAL AND CHEMICAL PROPERTIES <br /> Appearance/Odor Colorless Liquid; Ketone Odor <br /> pH NE <br /> Specific Gravity 1.005 @ 25 C <br /> Vapor Pressure NE <br /> Vapor Density NE <br /> Melting Point < 0 C <br /> Freezing Point NE <br /> Boiling Point NE <br /> Solubility In Water Neglible <br /> Evaporation Rate NE <br /> Percent Volatile NE <br /> SADT 85 C/185 F (8 Ib ctn.) <br /> This material is chemically unstable and should only be handled under specified conditions. See HANDLING AND STORAGE section of <br /> this MSDS for specified conditions. <br /> SADT-Seif Accelerating Decomposition Temperature. Lowest temperature at which the tested package size will undergo a self- <br /> accelerating decomposition reaction. This reaction will generate flammable vapors which may autoignite. The length of time to generated a <br /> decomposition reaction,after the SADT has been reached or exceeded,is dependent upon how much the SADT has been exceeded and <br /> the length of time needed for the reaction exotherm (heat spike from increasing decomposition rate)to initiate a rapid decomposition <br /> reaction. Typically,SADT is inversely proportional to package size. Larger packages will have a lower SADT due to smaller ratio to heat <br /> transfer area to volume of product <br /> Other Physical Data Active Oxygen Content= 8.7-9.0% <br /> Product Code: 114000 � � Revision: 3 Issued:16 FEB 2001 Page 4 of 10 <br />