Superior ELECTROCHEMICAL REACTION of BATTERY for best performance.
It has a high electrical conductivity measures a material's ability to conduct an electric current, caused by dissociation through protonating itself, a process known as autoprotolysis
Batteries Liquid Electrolyte
PURITY OF MATERIALS PLAYS EFFECTIVE ELECTROCHEMICAL REACTION
HMIS Rating 3 Health 0 Flammability 2 Reactivity
PHYSICAL / CHEMICAL CHARISTICS
Boiling Point (KOH)@760mm Hg, 'C                 20% Concentration         30% concentration
Freezing Point 'C                                                                 104                              113                                                        Specific Gravity                                                                   -23                                -89
Density lb/gal @ 15.6'C                                                        1.18                             1.29
Solution in H20 % by Weight PH                                             Completely Soluble
Appearance and Odor                                                              0.01 moles/ liter has pH of 12.0
                                                                                                 Clear liquid with no distinct odor.
Depends up on ELECTROCHEMICAL REACTION rate .
Battery Fluid, alkali/ class 8, UN#2797 Pkg Group II
INGREDIENTS                          EXPOSURE LIMITS      % BY WEIGHT
Water                                                                   None Established                         78%
Potassium hydroxide(KOH)
20-30% (Also known as caustic Potash)   2.0 mg/m3, ceiling                       20% 
Lithium Hydroxide (LioH) 20 Gram / Ltr 1.0 mg/m3 ceiling 2%
Presence of CHLORIDE and other impurities in solution immediately damage ELECTROCHEMICAL REACTION of BATTERY , which may result poor performance.
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OTHER VALUABLE PRODUCTS :