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11, 11111 ILI
<br /> �t+�HI7RIC ACIDN%� PAGE 04 OF 66 �
<br /> '• iHI3�4AHIC RAHE.
<br /> ACID METAL SALTS. THIOPHENES, TETRABO �.+DPIIUH DEPHOS- r
<br /> PHIDE. TRITHIOAC€TORE.
<br /> PROBABLE EXPLOSION, ACETONE AND ACETIC ACID, SULFURIC ACED AND GLYCERIDES,
<br /> TRIAZIHE AHD TRIFLUOROACETIC ANHYDRIDE A 36 C.
<br /> POSSIBLE EXPLOSIONS ACETIC ACID. I-AMIHOTHIAZOIE AND SULFURIC ACID, CYAHAYES,
<br /> ® 1.3-CYGtOPEHTADIENE. FLURORIHE. LACTIC ACID AND HYDROGEN FLUOREOEr T9ESITY-
<br /> UNE, ORGANIC SUBSTANCES AND SULFURIC ACED, ORGANIC SUBSTANCES AND PERCHL-
<br /> ORATES. PHTHALIC ACID OR PHTHALIC AHHYDRIDE,AMD SULFURIC ACID. REOUCIHO
<br /> AGENTS, :SULFURIC ACID. TITANIUM ALLOY. r
<br /> ® EXPLDSIOH BY FRICTION OR IMPACT( ACETIC ANHYDRIDE.
<br /> EXPLOSIVE.OXIDATION1 HON_METAL OXIDES- ARSINE, PHOSPHINE, OR TETRABORAHE.
<br /> DIPHEHVLDISTIBEHE.
<br /> POSSIBLE EXPLOSION BY IMPACT I TITANIUM-MACHESIUM ALLOY. -
<br /> �' VlCLREACTIONS � RHHHORINETRIFLURIE, CUPROUSNITIDE, CYCLICKETONES, CYCLOHEXCARBON AOL,
<br /> ETHANOL. GERMANIUMI HYDRAZINE. SULFUR HALIDES, SULFURIC ACID AND TEREPH-
<br /> THALIC ACID, THIOALDEHYDEO OR THIOKETOHES. URANIUM. URANIUM ALLOYS.
<br /> VIOLENT OXIDATIONS ACETONE AMD SULFURIC ACID, SULFAMIC ACED. -
<br /> VIOLENT DECOMPOSITIONS BUTAmilrNIOL. PHOSPHINE.
<br /> VIOLENT DECOMPOSITION RESULTING IN IGNITIONI CROTONALDEHYDE. 7ETRAPHOSPHORUS
<br /> TRIIODIDE. )
<br /> POSSIBLE VIOLENT REACTIONS ANTIMONY.
<br /> pOSSIbIE VIGIEHT EXOTHERMIC REACTIONS ANION EXCHANGE RESIN.
<br /> INTENSE EXOTHERMIC REACTIONS ACROLEIH, ALLYL ALCOHOL. ALLYL CHLORIDE• 2-AMIN-
<br /> 9ETHAHOL, AMMONIUM HYDROXIDE, BISMUTH. H-BUTYRALDEHYDE, CHLOROSULFOHIC ACID,
<br /> CRESOL,: CUMENE. DIISOPROPYL ETHER, ETHYLENEDIAMINE. POLYALKENES. GLYOXAL,
<br /> -' ISOPRENE. MESITYL OXIDE, 2-METHYL-5-ETHYLPYRIDIHE. OLEUM, PROPYLENE OXIDE.
<br /> PROPIOLACTOHE (BETA-). PYRIDEMEo SODIUM HYDROXIDE. VINYL ACETATE, VINYLDENE
<br /> CHLORIDE,.
<br /> INTENSE REACTIONS DIETHYL ETHER• HYDRA Ole ACID. P-XYLENE EH THE PRESENCE OF
<br /> IGHITIONlWITHIPOSSIBLEIEXPLOSIDNM1 HYDROGEN TELLURID£TOLUEHEP gMETHYLTRIOXANE.
<br /> IGNITION, ANILINE. BORON PHOSPHIDE, SROMIME PENTAFLUORIDE. H-BUTYLMERCAPTAH.
<br /> PHIHE.I;FURFURYL ALCOHOL HALOOEH PHOSPHIDES,MYL HYDROGEN IODEDESP LITHIUIIP
<br /> METALS. PHOSPHONIUM IODIDE. PHOPHORUSr SELENIUM HYDRIDE. SODIUM, TERPENES.
<br /> TOLUIDINE, TRIETHYLGALLIUM MONOETHYL ETHER COMPLEX, URS-DIMETHYLHYDRAZINE.
<br /> POAROMATICGAMINES, DIIVVIHYL�ETHERANION
<br /> & DIENENOE RESIN AND OR ACETYLENE DERIVATIVESES R# LIATE,
<br /> THIUM
<br /> REDUCING AGENTS.
<br /> INCANDESCENT REACTIONS BORON, FERROUS OXIDE (POWDER). HYDROGEN SULFIDE, LITH-
<br /> 'S` FOIlin RMATIONIOFDHIGHLYENIUM EXPLOSIVEIPRODUCTS& M11ROAROKATIC HYDROCARBONS�INC.
<br /> FORMATION OF EXPLOSIVE PRODUCTS, ACETYLENE, 4-CHLORD-2-HITROAMILIHE, CYCLO-
<br /> HEXANE, CYCLOHEXYLAMINE. 2.6-DI-T-BUTYL PHENOL. DICHLOROMETHANE• ETHANOL Ai'D
<br /> AND
<br /> VMER, 5-ElERCURICHOXIDEpIHYDROGEHHPEROXIDEYDROGEN PANDXTHIOUREAIDE AND I,ETONESINDAHE ANDRSULFURIOGEN COXEGE
<br /> rODI
<br /> FORMRIIOKEOFLPOSSIBLY AEXPLOSIVE TESs YPRODUCTS1 BENZOTHIOPHEMELORTHOPHOSPHORIC ACID SDERIVATIVES.UN SALT, TITAHiUP'..
<br /> FORMATION OF EASILY COMBUSTIBLE ESTERS CELLULOSE.
<br /> b DETOHATABLE MIXTURE IDEPENDIHG ON AMOUNT OF WATER PRESENT)( HITROBEHZENE-
<br /> DECOMPOSITION%
<br /> DECOMPOSES 3H EXPOSURE TO AIR OR ORGANIC MATTER, OR WITH HEAT. TO RELEASE
<br /> o' HIGHLY TOXIC FUMES OR OXIDES OF NITROGEN. INCL.UDXiIG NITRIC OXIDE AND M17ROCEII
<br /> --DIOXIDE. AND HYDROGEN NITRATE. REACTS WITH THE FOLLOWING TO RELEASE TOXIC
<br /> 'GASES+ SULFIDES, CARBONATES. CYANIDES. VIOLENT REACTION WITH ALL CARBIDES,
<br /> GAS MIXTURE EVOLVED 0204) REACTS STRONGLY KITH HYDROCARNOHS, FLUORINE. OR i
<br /> 4
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