Laserfiche WebLink
[1] Chemical Hazards <br /> [a] Identify and attach Material Safety Data Sheets for all reagent type chemicals, <br /> solutions or other materials identified as or which in normal use could produce <br /> hazardous substances used in performing tasks related to tasks related to this <br /> proj ect. ( ) N/A <br /> [b] Chemical Contaminants of Concern ( } N/A If present, provide following data. <br /> Hazardous Physical Properties and Enure Route(s)of Monitoring <br /> Substance/ Characteristics* Limits Faure***/ Instruments/IP} <br /> Tasks PELV'MV** Symptoms `s Response <br /> r45K z (* ) State l .� 'X/1osu�c l,w�f FkAl!', s <br /> rfWcne p�broMdG lopes r'.1P sk; , <br /> pH /FP LEL �UE:L � <br /> 36 PPM_c 13reAfh SWA14w <br /> MAX CoKtc�Fla�la'� Auto.Ig BP MP eEt, .0,49PP w T-1 ull Feu. Ein Soil ow S;}t Inc ogDatible w ��ith — 13 ,�_ISM -C <br /> WA,; <br /> l� � �.cfizeus PP w <br /> rr�;f it sP soh„., <br /> Sp.Gr Vap.D eyes derr, ,,1h �siu./,i�i.f <br /> Vap.P j1 H2O Sol. D 1, <br /> Oth. / , �r�,vU 10,11 <br /> TABIC (* } State 1« >`X10o5urc >rl:�.;�s IpLA ge,4/N HAz,wzaf <br /> T tO,a- iZ-tkl leAJ <br /> pHL-LF-p /LEL / 0407SPv%?/ ' YOhgbo Fyt5,5k.;n, <br /> f9ptIt .-ly flAW. Auto.Ig SBP —�Mp <br /> f A t4N Incompatible with - <br /> 5 <br /> Sp.Gr {' . Vap.D hqt� r�r�f era, <br /> p,�rvw s/AS f�G <br /> Vap.P�_H20 Sol. rnsol �r <br /> Ott. , <br /> * E = Explosive, F = Flammable, C = Corrosive, R = Reactive, W = Water reactive, O = Oxidi <br /> Ra = Radioactive. State = Normal physical state at site/proj. temp. <br /> ** Use lowest of two, if no TLV/PEL, use Toxicity data in following order: Lowest Toxic Co <br /> humans (LTC--M;) , Lowest Lethal Conc. its hunans (r-LC--HMN) , Lowest Toxic Dose in humans (LT <br /> Lowest Lethal Dose in humans (LID-Ml) , LC50 or LD50 in humans, the Lowest Toxic Concentra <br /> Lowest Toxic Dose in animals, the lowest LC50 or LD50 in animals. <br /> *** I = Inhalation, G = Ingestion, S = Skin Absorption, C= Contact, D - Direct Penetratio <br /> + IP = Ionization Potential <br />