• Used as operating medium for air-conditioning & industrial drying systems
• Used as sedative and hypnotic in medicine
• Used in manufacturing pharmaceuticals and alkylation process
• Used as brazing and welding fluxes

• 	Specification	Actual Findings
  Inhibitor	Li2 MoO4	Li2 MoO4
  Concentration	55% + 0.5; -0.2	55.32%
  Alkalinity	0.06 - 0.07	0.065 %
  Inhibitor	150+/-20 ppm	155ppm
  Impurities
  Total	<1500 mg/kg	Passes
  Na	<300	Passes
  K	<100	Passes
  Ca	<1	Passes
  Mg	<1	Passes
  Cr	<1	Passes
  Fe	<1	Passes
  NH4	<0.16	Passes
  Ba	<100	Passes
  Cl	<500	Passes
  SO4	<200	Passes

• X-Ray monochromatic plates as an analysis crystal
• Heat sink materials
• UV transmission windows

• Use as lube oil additive
• Use in tin galvanizing
• Acts as reducing agent while manufacturing polymers and dyes and printing textiles
• While manufacturing stannous salts (particularly the oxide, sulphate, octoate and 2- ethyl hexotate)
• While manufacturing pharmaceuticals and fine chemicals, it acts as reducing agent
• As a reducing agent in the extraction and purification of precious metals
• Used as surface sensitizer prior to silvering in the manufacturing of mirrors

• Stannous fluoride converts the calcium mineral apatite into fluorapatite, which makes tooth enamel more resistant to bacteria generated acid attacks.
• In toothpastes containing calcium minerals, sodium fluoride becomes ineffective over time, while stannous fluoride remains effective in strengthening tooth enamel.
• Stannous fluoride has been shown to be more effective than sodium fluoride in reducing the incidence of dental caries and controlling gingivitis.

• Used in tin galvanizing
• Acts as a reducing agent while manufacturing polymers
• Used as mordant in dyeing
• Acts as catalyst that produces the foaming action and turns liquid plastic into a foam like solid structure while manufacturing polyurethane foam
• Used as a stabilizer for perfumes

• Mainly to make raw material for fireworks and flare
• Use in the ceramic
• Heat-transfer medium
• Analysis reagent

• Used in Lithium metal production.
• Used as a brazing flux for aluminum in automobile parts.
• Use as a desiccant for drying air stream.
• Use in biochemical applications
• Use while precipitation of RNA from cellular extracts

• Used for plating and fluxing
• Acts as a catalyst in the flame retardant manufacturing processes
• Used for the purpose of electroplating
• Used for metal cleaning
• Used for making diazo salts

LITHIUM CARBONATE - Li2CO3

Specification                           

Li2CO3           :           99.0% Min.                     
Na2O             :           0.20% Max.      
Fe2O3            :           0.008% Max.                  
CaO               :           0.05% Max.      
SO4                :           0.35% Max.                        
Cl                   :         0.035 Max.
MgO              :           0.025% Max.            
H2O               :    0.6% Max.

• Used in lithium metal production
• Used as a brazing flux for aluminum in automobile parts
• Use as a desiccant for dry air stream
• In biochemical applications, it is used to precipitate RNA from cellular extracts

• Used as a operating medium for air-conditioning and industrial drying system due to its very hygroscopic property.
• As a sedative and hypnotic in medicine.
• It is also used in manufacturing pharmaceuticals and alkylation process.
• It is used as brazing and welding fluxes.