Factory Price of Poly (Bis(Phenoxy)Phosphazene) /Phenoxyphosphazene CAS 28212-48-8 From China Supplier

Factory Price of Poly (Bis(Phenoxy)Phosphazene) /Phenoxyphosphazene CAS 28212-48-8 From China Supplier, Find details about China Poly (Bis(Phenoxy)Phosphazene), Phenoxyphosphazene from Factory Price of Poly (Bis(Phenoxy)Phosphazene) /Phenoxyphosphazene CAS 28212-48-8 From China Supplier

Model NO.
Poly(Bis(Phenoxy)Phosphazene)
Colour
White
Trademark
TNJ
Transport Package
20kg Per Bag
Specification
99%
Origin
China
Model NO.
Poly(Bis(Phenoxy)Phosphazene)
Colour
White
Trademark
TNJ
Transport Package
20kg Per Bag
Specification
99%
Origin
China

TNJ Chemical provides CAS 28212-48-8, Poly(bis(phenoxy)phosphazene) suppliers price, and supplies all information from different CAS 28212-48-8, Poly(bis(phenoxy)phosphazene) suppliers price. If you want to buy Poly(bis(phenoxy)phosphazene), please feel free to contact 

 

Phenoxyphosphazene Oligomer CAS 28212-48-8 is a white or light yellow crystalline powder,Melting point 110ºC,and high purity. It can be widely used in adding flame retardant agent, as a halogen-free flame retardants used in epoxy resin, copper clad, LED light-emitting diodes, powder coatings, potting materials and polymer materials.

 
Specification

Appearance                               White or light yellow crystalline powder

phosphorus content                    13.4%Min

Melting point                             110ºC

5% weight loss temperature       350ºC(Min)

Loss on drying                           0.2% Max
 

Application

Phenoxyphosphazene Oligomer is widely used in adding flame retardant agent, as a halogen-free flame retardants used in epoxy resin, copper clad, LED light-emitting diodes, powder coatings, potting materials and polymer materials.

 

Packing

20kg/bag or as customer's request

 

Caution

After the operation, please thoroughly clean. Avoid contact with eyes. Avoid the accumulation of dust.

 

Storage 

Store in the appropriate container. Store in a cool, dry, well-ventilated area away from incompatible materials