Ethylene Glycol

  • group nameChemical Auxiliary Agent

  • Min Order1 piece

  • brand nameKS

  • update timeWed, 25 Apr 2012 23:13:28 GMT

Packging & Delivery

  • Min Order1 piece

Briefing

MEG is mainly used in the production of polyester, polyethylene terephthalate (PET) and antifreeze solutions.

Detailed

 

Classification: Alcohol

CAS No.: 107-21-1

Other Names: MEG, Mono ethylene glycol

MF: C2H6O2

EINECS No.: 203-473-3

Place of Origin: China (Mainland)

Grade Standard: Industrial Grade

Purity: 99.9%

Appearance: Colorless transparent liquid

Application: production of polyester, polyethyl...

Brand Name: KS

Model Number: 99.9%

Packaging & Delivery

Packaging Detail:

230KG drum, total 80drums in one 20"container, or as customer's request

Delivery Detail:

10-15 days after get your workable order

99.9%min MEG/ Mono ethylene glycol
CAS NO.107-21-1
Packing:230kgs plastic drum 

Description:    

 Formular: HOCH2CH2OH

CAS No.: 107-21-1

HS Code: 2905310000

Molecular Weight: 62.08

 

Purity Wt % 

99.9 min

Diethylenglycol Wt%

0.1 max

Water Content  Wt%

0.1 max

Color  Pt- Co.Scale

10 max

SP.Gr. at(20/20°C)

1.1150-1.1158

Ash   Wt% 

0.005 max

 

 

Purity Wt % 

99.8min

Diethylenglycol Wt%

 0.1 max

Water Content  Wt%

0.1 max

Color  Pt- Co.Scale

10 max

Ash   Wt% 

0.005 max

DISTILLATION AT 760mm Hg

195-199

 

Index

content

Purity  (Ethylene Glycol) %

99.0 min

Diethylenglycol  %

0.05 max

Iron  ppm

0.1 max

Water, %

0.1 max

Color

10 max

Ash Content  ppm

10 max

Specific Gravity (at 20/20ºC)

1.1150 to 1.1158

Distillation at 760mm Hg

195-199

 

 

Applications:

 

MEG is mainly used in the production of polyester, polyethylene terephthalate (PET) and antifreeze solutions. It is an important dehydrating agent, good humectant and an industrial solvent.

 

Packing, Storage and Handling:

 

Packed in 230kg plastic drums, 18.4MTS into one 20’FCL. Or in Flexitanks, 20MTs per tank. MEG is stored and shipped in stainless steel tanks (or in ordinary steel drums/tanks with epoxy resin coating) to avoid iron contamination. Where contamination by iron is desirable, metal in contact with the glycol should be aluminum or stainless steel (type 304/316). If contamination by halides is undesirable, the packing of the valves and the gaskets should be made of asbestos or other halide-free materials. Also, an inert gas (nitrogen) blanketing should be maintained to avoid oxygen contact which is a main course of U.V. deterioration.