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FEB 21 '92 11:49 FR#& HERRICK CORP T"nAKTOCKTON PAGE.003 <br />HERRICK CORP. PAGE 2 <br />1-0499 DATE 1/08/92 <br />�fi�.E4t+E U _.AED t� �.iCY"" <br />INHALATION <br />EYE tial respiration. Keep warm and quiet. Get medical attention immediately. <br />flush with targe amounts of water, lifting upper and tower lids occasional - <br />SKIN ly. Continue for at least 15 minutes- Get medical attention. <br />Itcmovo contaminated clothing. Wash affected area with soap and water. <br />obtain medical attention if irritation persists. <br />NOTES TO PHYSICIAN <br />Any treatment that might be required for overexposure should be <br />directed at the control of symptoms and the clinical conditions. <br />BOILING RANGE 134 DEG.F. C 59 DEG.0~.> T0� 300 DEG.F.( 149 DEG.C.) <br />VAPOR DENSITY Heavier than air. % VOLATILE BY VOLUME 48 <br />EVAPORATION RATE VOC 3. 2 4 Ib/gal loss voter & NPFV 389 g/I less water CAL CULAT ED <br />Slower than diethyl ether. <br />WEIGHT L©./GAL. 1 1. 6 VOC 6. 3 2 ib/gat soTids 7 5 8 g/I sol Ids C A L C U L A T E D <br />SPECIFIC GRAVITY 1.4 <br />AA Physical data determined at 68 DEG. F. (20 DEG. C.) 760 mm Hg <br />* Negligibly Photochemicaily Reactive Materials <br />NFPA FLAMMABILITY CLASSIFICATION F L A M M A B L E L 1 0 U t D C L A S S� 1 6 <br />FLASHPOINT 45 DEG.f, ( 7 DEG.C,) CALCULATED <br />EXTINGUISHING MEDIA <br />Usp NFPA Class B Fire extinguishers (carbon dioxide' <br />lt purpose dry chemi- <br />cal or alcohol foam) designed to extinguish flammable liquid fires. Poly- <br />mer foam is preferred far large fires. <br />UNUSUAL FIRE AND EXPLOSION HAZARDS <br />During cmergency conditions, overexposure to decompostion products may <br />cause a health hazard. Symptoms may not be immediately apparent. Obtain <br />medical attention. <br />WARNING! FLAMMABLE. <br />SPECIAL FIRE FIGHTING PROCEDURES <br />water may be ineffective, but may be used to coot exposed containers to -- <br />prevent pressure build-up and possible auto -ignition or explosion when a <br />exposed to extreme heat. If water is used, fog nozzles are preferable. <br />STABILITY <br />Norma ttyy stable. <br />CONDITIONS TO AVOID <br />Avoid excessive heat (9115 F (46 C) and sources of ignition. <br />INCOMPATABILITY (MATERIALS TO AVOID) <br />Strong acids or alkaline materials. <br />HAZARDOUS DECOMPOSITION PRODUCTS <br />Burning, including when heated by welding or cutting, -will produce smoke, <br />carbon m-onoxide and carbon dioxide. <br />HAZARDOUS POLYMERIZATION <br />Will not occur <br />CONDITIONS TO AVOID <br />None known <br />STEPS TO BE TAKEN IF MATERIAL 13 RELEASED OR SPILLED <br />Keep Spectators away. Eliminate all ignition sources Cftemes, hot <br />surfaces, and sources of electricat, static or frictional s arks). <br />Dike and contain spill with inert material (e.g. sand, earth). Transfer <br />liquids to covered metal containers for recovery or disposal, or remove <br />with inert absorbent. Use only non sparking tools. Place absorbent diking <br />materials in covered metal containers for dibposat. Prevent contamination <br />of sewers, streams, and groundwater with spilled materiat or used <br />absorbent. <br />WASTE DISPOSAL <br />Dispose in accordance with federal, state and tocat laws. <br />Incinerate only in EPA permitted facitity. Do not incinerate closed <br />cofitainers. Observe precautions for disposal. of flammabte materials. <br />contaminated absorbant may be disposed in a hazardous waste landfill. <br />Dispose only in accordance with federal, state and local regulations. <br />RCRA CLASSIFICATION <br />This product, if discarded directly, would be ctassified a. -hazardous -waste <br />bared on its ignitability charactoristic, i.e. has a flash point- of 140 <br />ENVIRON <br />deg. <br />ENTAL.(60RDS deg_C) or less. The proper RCRA classification would be 0001. <br />None known <br />Ri*SP3RATORY PROTECTION <br />Proper selection of respiratory protection depends upon many factors <br />