CRESYL DIPHENYL PHOSPHATE

PRODUCT IDENTIFICATION
CAS NO. 26444-49-5

CRESYL DIPHENYL PHOSPHATE
EINECS NO. 247-693-8
FORMULA C19H17O4P
MOL WT. 340.31
H.S. CODE  
TOXICITY  
SMILES

 
SYNONYMS Diphenyl tolyl phosphate;
Diphenyl cresyl phosphate; Disflamoll DPK;
Phosphoric acid methylphenyl diphenyl ester; Diphenyl cresol phosphate; Diphenyl tolyl ester phosphoric acid; Diphenyl tolyl phosphate; Cresyl phenyl phosphate; Kronitex CDP; Cresol diphenyl phosphate; Methyl phenyl diphenyl phosphate; Monocresyl diphenylphosphate; Phosflex; Phosphoric acid methylphenyl diphenyl ester; Santicizer; Tolyl diphenyl phosphate;  Diphenyltolylphosphat (German); Fosfato de difenilo y tolilo (Spanish); Phosphate de diphényle et de tolyle (French);

CLASSIFICATION

 

PHYSICAL AND CHEMICAL PROPERTIES
PHYSICAL STATE

Clear liquid
MELTING POINT -38 C
BOILING POINT 235 - 255 C
SPECIFIC GRAVITY

1.21
SOLUBILITY IN WATER Insoluble

SOLVENT SOLUBILITY

  
AUTOIGNITION

 
pH  
VAPOR DENSITY  
NFPA RATINGS  
REFRACTIVE INDEX

 
FLASH POINT

232 C
STABILITY Stable under ordinary conditions

APPLICATIONS

Phosphate esters derived from Diphenly Phosphate are used as component of hydraulic fluids and lubricant oils. They are mainly is used as flame retardants in many plastics and reins for the application of manufacturing electrical and automobile parts. They are used as flame retarding plasticizers or additives in cellulose, polyester and polyurethane. Tehy are also used as a plasticizer in vinyl automotive upholstery and in cellulose acetate articles. Other phosphate esters derived from DPP are methyl diphenyl phosphate; triphenyl phosphate; trixylenyl phosphate; isodecyl diphenyl phosphate; cresyl diphenyl phosphate; isopropylphenyl diphenyl phosphate.
SALES SPECIFICATION

APPEARANCE

Clear liquid
ASSAY

95.0% min

COLOR, APHA

60 max
WATER

0.2% max
TRANSPORTATION
PACKING 240kgs in drum
HAZARD CLASS 6.1 (Packing Group: III)
UN NO. 2810
GENERAL DESCRIPTION OF FLAME RETARDANT AGENT

Flame Retardant are substances that can be chemically inserted into the polymer molecule or be phisically blended in polymers after polymerization to suppress, reduce, delay or modify the propagation of a flame through a plastic materials. There are several classes of flame retardants; Halogenated Hydrocarbons (Chlorine and Bromine containing compounds and reactive flame retardants), Inorganic flame retardants ( Boron compounds, Antimony oxides, Aluminium Hydroxide, molybdenum compounds, zinc and magnesium oxides ), Phosphorous containing compounds (Organic phosphate esters, phosphates, halogenated phosphorus compounds and inorganic phosphorus containing salts).