Product Main

Quick Details

CAS No.: 22326-55-2
Other Names: Barium Hydroxide
MF: Ba(OH)2.H2O
EINECS No.: 241-234-5
Place of Origin: Shandong, China (Mainland)
Grade Standard: Industrial Grade
Purity: 98% min
Appearance: white granular powder
Application: additives,
Brand Name: houjin
Model Number: HJ-18
H.S. Code: 28164000

Specifications

Best price of barium hydroxide monohydrate Ba(OH)2.H2O 

CAS No.:                   12230-71-6
Formula:                    Ba(OH)2.8H2O
Molecular weight:    315.4662
UN No.:                     1759
Appearance:             White crystal. Poisonous 

Barium Hydroxide monohydrate, is a kind of hydrate of barium hydroxide, exists as white crystals in monohydrate forms.Our main products are barium hydroxide monohydrate, barium hydroxide otachydrate, high pure barium hydroxide .It is mainly used as the additive for the lubricant of internal-combustion engine. It is a kind of superfinished multi-purpose additive for barium-based grease and oil. It can also be used for beet sugar fabrication and medicine. It is the raw material of plastic and rayon. It can be used as resin stabilizer. It is suitable for organic synthesis and other barium salt fabrication, demineralization of water, glass and porcelain enamel industries.

 
 
Physical Analysis
   
 
Apparent
-
White granular powder
 
Purity
WT%
98.0 min
 
BaCO3
WT%
0.2 max
 
Chloride
WT%
0.05 max
 
Iron (Fe)
ppm
20 max
 
Insolubles in HCl
WT%
0.03 max
 
Sulfuric acid soluble
WT%
0.2 max
 
Strontium (Sr)
WT%
0.04 max
 
Heavy Metals (Pb)
ppm
5 max
 
Sodium (Na)
ppm
30 max
Solubility:
 

Soluble in Water & Carbinol.

 

(It doesn’t completely soluble in water while it absorbs carbon dioxide quickly from the air into carbonate.)

 

Solubility: 3.89g/100g water(20°C)

 

Slightly soluble in Ethanol;

 

Hardly soluble in Acetone.

 

If absorb carbon dioxide from the air transform into carbonate, which cannot be completely soluble in water.

 

100g water dissolved 3.89g in 20° C.

Analysis methods: 

standard curve method, standard addition method

The most commonly used analysis method is the standard curve method, which makes up a series of different concentration of standard solution, by adjusting blank solution zero absorption in the same measurement conditions, according to the standard solution concentration and absorbance to draw the absorbance-concentration standard curve, determine the absorbance of the sample solution, using interpolation method on the standard curve to obtain the measuring elements content in the sample.