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Laboratory Chemicals

We offer premium quality laboratory chemicals in this segment. They are manufactured using the finest raw material available and purest chemical. We offer two products in this category i.e. Ammonium Molybdate and Selenium Dioxide. Both of them exhibit good chemical qualities and are suitable for both Industrial and Laboratory use.

Ammonium Molybdate

This is actually an Ammonium Heptamolybdate with chemical formula (NH4)6Mo7O24·4H2O. We provide this product which is obtained from the purest chemical available. It is often referred to as Ammonium Paramolybdate. It is an odorless crystalline compound and color ranges from white to yellow-green.

Various applications:

In the production of molybdenum metal and ceramics
In the preparation of dehydrogenation and desulphurisation catalysts
In the fixing of metals
In electroplating
In fertilizers for crops

Its constituents are as follows:

MOL. FORMULA	(NH4)6Mo7O24·4H2O
MOL. WEIGHT	1235.90
%ASSAY	99.5 TO 101.80
CHLORIDE	20 PPM (MAX)
NITRATE	30 PPM (MAX)
SULPHATE	20 PPM (MAX)
HEAVY METALS	50 PPM (MAX)
INSOLUBLE MATTER	100 PPM (MAX)

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Selenium Dioxide

It is the chemical compound with the formula SeO2. We provide this product which is obtained from the purest chemical available. It’s a colorless solid and its vapor has an odor similar to horseradish sauce.

Various Applications:

As Organic synthesizer
As a colorant

Its various other features are as follows:

Molecular Formula	SeO2
Molecular Weight	110.96
Appearance	White Crystalline Powder
Assay	99.0 Min.

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Epichlorohydrin

Epichlorohydrin is an organochlorine compound and an epoxide. This is a colorless liquid with a pungent, garlic-like odor, insoluble in water, but miscible with most polar organic solvents.^[2]Epichlorohydrin is a highly reactive compound and is used in the production of glycerol, plastics,epoxy glues and resins, and elastomers. In contact with water, epichlorohydrin hydrolyzes to 3-MCPD, a carcinogen found in food.
Applications Of Epichlorohydrin :
Epichlorohydrin is an extremely versatile chemical intermediate used to produce a wide variety of other products, including:

Epoxy resins – to offer corrosion resistance, solvent and chemical resistance, hardness and adhesion.
Textiles – to improve wool’s resistance to moths, prepare fibers for dyeing, impart wrinkle resistance and prepare anti-static agents and textile sizings.
Papers, inks and dyes – to produce wet-strength paper sizing, special printing inks, textile print pastes, and ultimately paper and paperboard products that have improved printability, pigment retention, folding endurance and gloss.
Ion exchange resins – to produce anion exchangers used to clean polluted air and water.
Other applications that use EPI as a raw material include surface active agents used in cosmetics and shampoos; rubbers exhibiting resistance to extreme temperatures, fuel, oil and ozone for automotive and aircraft parts, seals and gaskets, and a myriad of other uses; and agricultural products such as insecticides, bactericides and fungicides.

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Tertiarybutyl Alcohol

Tert-butyl alcohol (TBA) is a clear, noncorrosive liquid. It is miscible with water as well as most common organic solvents and forms azeotrope. The sterically hindered tertiary butyl group imparts stability compare to primary and secondary alcohols. In result, the solubility and oxidative stability characteristics provide many industrial applications as a reaction and process solvent and chemical intermediate.
Applications of TERTIARYBUTYL ALCOHOL:

It is used as a non-reactive solvent for chemical reactions, a non-surfactant compatibilizer for many solvent blends, and a non-corrosive solvent.
It is used in free radical polymerizations to dissolve monomers.
TBA is a main raw material of tert-butyl functional group in organic synthesis.
It is used as a coupling aid for formulating pesticides and fertilizers in aqueous solutions without generating an emulsion.
TBA was used as a fuel additive for high octane component to replace tetraethyl lead.
TBA is used as a reaction solvent as well as an intermediate for the product of organic peroxides, metal alkoxides.
Tert-butyl group is readily cleaved under strongly acidic conditions.
TBA is a source to produce alkylated aromatic and nitrogen compounds in mid acidic conditions.
Dehydration reaction of TBA yields isobutylene which is the main raw material of MTBE, the mostly used fuel oxygenates.

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