Call Me Free Offline Send SMS
+918068212632
Home » Products » Water Treatment Chemicals » Glycerine

Glycerine

Glycerine
Glycerine
Send Inquiry
Product Code : 06
Product Description

Glycerine is a colorless, odorless, & viscous liquid which is known to find application in food processing, pharmaceutical, chemical, and cosmetics industries. It is known to have chemical formula C3H8O3 with molar mass of 92.09 g/mol and density of 1.261 g/cm3. This is a polyol compound which serves as solvent & sweetener in food industry and is also used as preservative for various items. For non-food applications, it has ability to improve smoothness and provide good lubricating properties. Glycerine is most commonly used in electronic cigarette which heats with atomizer.  It is miscible in water and has boiling point of 290 degrees Celsius.

Product Details:

Source

Synthetic , Plants

Grade Standard

Chemical Grade , Food Grade , Pharmaceutical Grade , Industrial Grade

Purity

0.999

Specifications:

Glycerine Technical 99.5%

Appearance

Clear

Assay, minimum wt.%

>99.5

Diethylene Glycol, maximum wt%

<0.1

Water, maximum wt%

<0.9

Total Impurities, maximum wt%

<1.0

Color, APHA

<15

FTIR Scan

Positive ID

Identification, GC

Pass

Specific Gravity, apparent

1.26

Residue on Ignition, ppm

<100

FA / Esters, maximum ml

<1.0

Chlorides, maximum ppm

<20

Chlorinated Compounds, maximum ppm

<30

Sulfate, maximum ppm

<150

Heavy Metals, maximum ppm

<5

Glycerine USP 99.5%

Appearance

Clear

Odor

Odorless

Color

To Pass The Test

% Glycerol by Mass (MLS of 0.5 N NaOH)

99.5 min

Fatty Acid and Esters (MLS of 0.5 N NaOH)

1.0 Max

% Chloride

0.001 Max

% Sulphate

0.002 Max

% Chlorinated Compound

0.003 Max

% Moisture

0.5

Heavy metals PPM

5.0 Max

% Residue on Ignition

0.01 Max

Specific gravity @ 25° C

1.249 Min

Organic Volatile Impurities

To Pass Method IV (467)

Identification

To Meet (USP30)

A) Total Impurities (Chromatographic) Including Diethylene Glycol

1 % Max

B) Individual Impurities (Chromatographic)

0.1 % Max


EXEN CHEM
X


Back to top