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.. MATERIAL SAF DATA <br /> LTHEFFECTS SUMMARY (COtttlttu C s impair reproductive <br /> lunctio 0 in mon <br /> or 254 <br /> �E There are literature report that P in 1977 using A <br /> 01M Le r: The National Cancer Institute performed a study was not carcino- <br /> keys. NCI Stated that•the PCB. Aroc►or 1254. <br /> with both sexes of rats. it bioatssay- There is sufficient evidence in the <br /> genic mer the conditions Of the products have <br /> conclude that groclor 1250 can cauPCB p when le to <br /> ntifiC btersture to rtments with less chlorinated- <br /> mdents at high dozes- Similar.exile <br /> produced negative or equi'qca),tM • produce fiver injury following <br /> The consistelttt•finding in <br /> animal Studies is tWta.hat PC it ow exposure is of sufficient <br /> rtrolnnged and repeated exposure,pi oduced first. and by ures that are less <br /> in rodents. Therefore, exposure by all routes <br /> degree and durabort: liver•injary � p <br /> . .than those-reported�e «"� <br /> tow to Prevent liver injury— <br /> should be kept sufficiently t htunans.. both occupationally exposed and <br /> _ s... <br /> •• iderfliOlOglCal„Stud <br /> 4,-® have not. demonstrate any <br /> Numerous .eP nay_exposed .poputanons, <br /> nnn•yvorker e � sures �trtd 'c human illnesses such.as <br /> - causal relationship between•PSS expo con cause idermatotogca►t <br /> scat-or.csrcfi lair wttects. PEBs reaource. <br /> - cancer or neurolog termvol of e <br /> symptoms-, however, these are reversible uP°t1 of the MHA Corn- <br /> us micals under meted in the lntetna- <br /> -- --PCBs are identified Part 1g1p.t20d1• . have <br /> been Standard (29 C r IARC- (t987).Group 2A and n <br /> -n+un for Research on Cance ( ens (Fourth). <br /> timal Agency Program (NTp) Annual Report on <br /> the National Toxicology rog <br /> HYSICAL DATA * ' 11260 <br /> PROPERTIES OF SFLECTE®'AF OCLOR <br /> '1221 1232 71242 1 248'S I <br /> 150 <br /> PROPERTY 254 <br /> 1016 11 100 100 <br /> 100 100 t 1 oo viscous sticky <br /> Color (APHA) i le oil mobile oil liquid resIn <br /> physical mobile oil mobile oil• mobile pit -- <br /> inert inert <br /> inert <br /> I <br /> inert inert — 12.82 115-0 <br /> Stability _ inert_ l 11.50 12•� <br /> - 4 9:85 ' 10.55 1 <br /> -J1 0 1 1.55.1.56 <br /> Density 1.49-t.50 <br /> i (twgal 25'C) 1.30.1.39 ' t.e4-t n 1 x-65` x®7` <br /> etatic gravity 1.36-1.37 1.18.1'19 1'X 25.28 x-65' <br /> { x-25= 385-420 <br /> Sp ?S' x-25 340-375 365.390 <br /> x'15.5'C x- 275-320- 2g0-325-- t 325-366 <br /> 323.356 C�t 0 i .01 s <br /> Distillation _ ' :01D <br /> .01 <br /> range ('C) - ''' ei14 4 • _ .OtS _ <br /> Aridity <br /> mq KOH14�” l non® to none to none to <br /> _ ..�....�. none to boiling <br /> maximum - "176 238 - �.polling bolting boiling <br /> nnne to - point point <br /> Fire point boiling -I point point <br /> none none <br /> (-C) point i52=154 176-180 193.196 <br /> ..t4t•150 - <br /> h Point 170 - - 1� ____ 0.00008 NA <br /> Flan pa <br /> C-C) NA NA 0:(1115 10.001 O p(1037 i <br /> vapor pressure ! <br /> (R'R'Hg fa ton`Fl <br /> Viscosity - 62.92 185-240 1800-2500 <br /> _ <br /> - (Saybolt Univ. 38�t - 16.19 - L 42-52 390-Sa0 <br /> C. c 100'F) '• .71-81 . 3-6-44 5.5-7.7 <br /> (centistokes) <br /> 13-16 <br /> tZ4^_. ( Av®080o <br />