Dipotassium Phosphate Light FCC Grade (DKP)

China Dipotassium Phosphate Light FCC Grade (DKP), Find details about China Dipotassium Phosphate, Dkp from Dipotassium Phosphate Light FCC Grade (DKP)

Grade Standard
Food Grade
Appearance
White Powder or Small Granular
Usage
Buffering Agent
Usage 1
Chelating Agent
Trademark
K&S
Transport Package
25 Kgs Kraft Paper Bag
Specification
Assay >99%
Origin
Lianyungang
HS Code
2835299000
Grade Standard
Food Grade
Appearance
White Powder or Small Granular
Usage
Buffering Agent
Usage 1
Chelating Agent
Trademark
K&S
Transport Package
25 Kgs Kraft Paper Bag
Specification
Assay >99%
Origin
Lianyungang
HS Code
2835299000
 LIANYUNGANG KANDS CHEMICAL CO., LTD.
(K & S INDUSTRY LIMITED)
NO 4, Chaoyang East Rd, Xinpu District, Lianyungang, Jiangsu, China. 
                                           SPECIFICATION
 
                                                   Dipotassium Phosphate
PRODUCT NAME:DIPOTASSIUM PHOSPHATE
Molecular formula:

K2HPO4,K2HPO4·3H2O

Molecular weight:anhydrous:174.18;trihydrate :228.18
CAS NO.:anhydrous: 7758-11-4; trihydrate: 16788-57-1
Performance:It's colorless or white square crystal granule, easily deliquescent, alkaline, insoluble in ethanol. PH value is about 9 in 1% aqueous solution.
Packing:It is packed with polyethylene bag as inner layer, and a compound plastic woven bag as the outer layer. The net weight of each bag is 25kg.
Storage and transport:It should be stored in a dry and ventilating warehouse. Be cautious to keep away from moisture and hot; unloaded with care, so as to avoid the damage. Furthermore, it should be stored separately from
use:In food industry, it is used as buffering agent, chelating agent, yeast food, emulsifying salt, synergistic agent of anti-oxidation.
other information:

 

SpecificationGB25561-2010FCCV
Content(Dry Basis),w% ≥9898
Arsenic(As),mg/Kg≤33
Fluoride(F),mg/Kg ≤1010
Heavy Metals(Pb),mg/Kg ≤10-
Water Insolubles,w% ≤0.20.2
lead(Pb),mg/Kg ≤22
loss on drying,w%anhydrous ≤2.02.0
trihydrate20.0-30.020.0-30.0
pH Value,(10g/L)9.0±0.4-