Knowledge About Diethyl Oxalate
Diethyl Oxalate Supplier
Appearance Colorless transparent liquid (EST)
Usage Diethyl oxalate is a chemical intermediate used in the manufacture of APIs and various dyes. It can be used as a solvent for many synthetic and natural resins. Diethyl oxalate (DEOX) is also used as a cost effective additive in dye sensitized solar cells (DSSC).
Purity 98%
Molecular Formula C6H10O4
Molecular weight 146.14 g (g)
Supply capacity ： 500 kg/month
Our company is producing and exporting Diethyl Oxalate to our customers in India.
Capacity: RCPL produces about 10000 tons PA of Diethyl Oxalate and is one of the largest manufacturers of Diethyl Oxalate in India. The product meets the highest purity grade as per ISO certification.
Description: Colorless transparent liquid with special
odor
Chemical name: Diethyl oxalate (DEO)
CAS No.: 95-92-1
Solubility: immiscible with water
Identification: Positive reaction with oxalate
Moisture content: 0.20% w /v max.
Weight per ml at 25A C: 1.060 a 1.080g
Free acid: 0.20 % w/w Max.
Total acid: 98 % w/w Min.
Chemical method ester content
: Min. 98 % w/w determined by GC
Ester content ：Min. 98% w/w
Packaging: HMHDPE heavy duty drums.
Applications/End Uses:-
ac Diethyl oxalate used as a solvent for paint and resin removal.
ac Cleaner for polymer residues.
ac Pigment dispersant.
ac Some special uses in nitrocellulose lacquers as a solvent.
Product Applications
Diethyl oxalate is especially used in the production of insecticides and also as a raw material for oxalate synthesis in many fields such as pharmaceutical industry (production of steroids, barbiturates), printing and dyeing industry (citric yellow dyes) and other specialty chemicals in PU and plastic industries.
Dimethyl oxalate is used as chelating agent in alkylation and cosmetic industries.
For countries with low oil content but large coal reserves (i.e., countries with great potential for syngas chemistry, e.g., China), oxidative carbonylation of methanol provides a promising approach for the important C2-based chemical glycols. [8] Dimethyl oxalate can be converted to ethylene glycol in high yield (94.7%) by hydrogenation under a copper-containing catalyst.
The generated methanol is recycled in the oxidative carbonylation process; therefore, the only raw materials consumed in the whole process are carbon monoxide, hydrogen and oxygen. Following the coal to ethylene glycol process, a 200,000-ton-per-year ethylene glycol plant has been built in Inner Mongolia, and a second 250,000-ton-per-year plant is planned for Henan in 2012. Other ethylene glycol plants with a total annual capacity of more than 1 million tons are being planned.
Furthermore, dimethyl carbonate can be obtained by decarbonation of dimethyl oxalate at around 100 °C in the presence of alkali metal alcohol salts, which are discussed as fuel additives from biomass (so-called oxygenated compounds).
The carbon monoxide formed can feed back into the reaction forming dimethyl oxalate.
Diphenyl oxalate is obtained by the ester exchange reaction of dimethyl oxalate with phenol in the presence of a titanium catalyst, which is decarbonized again to diphenyl carbonate in the liquid or gas phase. Diphenyl carbonate can be used as a substitute for the highly toxic phosgene used in the production of polycarbonate.
Usage Diethyl oxalate is a chemical intermediate used in the manufacture of APIs and various dyes. It can be used as a solvent for many synthetic and natural resins. Diethyl oxalate (DEOX) is also used as a cost effective additive in dye sensitized solar cells (DSSC).
Purity 98%
Molecular Formula C6H10O4
Molecular weight 146.14 g (g)
Supply capacity ： 500 kg/month
Our company is producing and exporting Diethyl Oxalate to our customers in India.
Capacity: RCPL produces about 10000 tons PA of Diethyl Oxalate and is one of the largest manufacturers of Diethyl Oxalate in India. The product meets the highest purity grade as per ISO certification.
Description: Colorless transparent liquid with special
odor
Chemical name: Diethyl oxalate (DEO)
CAS No.: 95-92-1
Solubility: immiscible with water
Identification: Positive reaction with oxalate
Moisture content: 0.20% w /v max.
Weight per ml at 25A C: 1.060 a 1.080g
Free acid: 0.20 % w/w Max.
Total acid: 98 % w/w Min.
Chemical method ester content
: Min. 98 % w/w determined by GC
Ester content ：Min. 98% w/w
Packaging: HMHDPE heavy duty drums.
Applications/End Uses:-
ac Diethyl oxalate used as a solvent for paint and resin removal.
ac Cleaner for polymer residues.
ac Pigment dispersant.
ac Some special uses in nitrocellulose lacquers as a solvent.
Product Applications
Diethyl oxalate is especially used in the production of insecticides and also as a raw material for oxalate synthesis in many fields such as pharmaceutical industry (production of steroids, barbiturates), printing and dyeing industry (citric yellow dyes) and other specialty chemicals in PU and plastic industries.
Dimethyl oxalate is used as chelating agent in alkylation and cosmetic industries.
For countries with low oil content but large coal reserves (i.e., countries with great potential for syngas chemistry, e.g., China), oxidative carbonylation of methanol provides a promising approach for the important C2-based chemical glycols. [8] Dimethyl oxalate can be converted to ethylene glycol in high yield (94.7%) by hydrogenation under a copper-containing catalyst.
The generated methanol is recycled in the oxidative carbonylation process; therefore, the only raw materials consumed in the whole process are carbon monoxide, hydrogen and oxygen. Following the coal to ethylene glycol process, a 200,000-ton-per-year ethylene glycol plant has been built in Inner Mongolia, and a second 250,000-ton-per-year plant is planned for Henan in 2012. Other ethylene glycol plants with a total annual capacity of more than 1 million tons are being planned.
Furthermore, dimethyl carbonate can be obtained by decarbonation of dimethyl oxalate at around 100 °C in the presence of alkali metal alcohol salts, which are discussed as fuel additives from biomass (so-called oxygenated compounds).
The carbon monoxide formed can feed back into the reaction forming dimethyl oxalate.
Diphenyl oxalate is obtained by the ester exchange reaction of dimethyl oxalate with phenol in the presence of a titanium catalyst, which is decarbonized again to diphenyl carbonate in the liquid or gas phase. Diphenyl carbonate can be used as a substitute for the highly toxic phosgene used in the production of polycarbonate.
评论
发表评论