Polycarbonate (PC)
Flame retardants
PRODUCT NAME
CHEMICAL FORMULA
DESCRIPTION
PRODUCT DETAIL
GC RDP
Reaction mass of 3[(diphenoxyphosphoryl)oxy]phenyl triphenyl 1,3-phenylene bis(phosphate) and tetraphenyl 1,3-phenylene bis(phosphate)
EC n. 701-337-2
PHYSICAL FORM: LIQ
GC RDP is an aryl phosphate that is used as a non-halogen flame retardant additive, as well as a plasticizer. GC RDP can be used as a substitute for halogenated flame retardants in casing materials and as a substitute for TPP (advantages are a lower volatility, a higher thermal stability, and a higher P-content compared to TPP).
GC BDP
Bisphenol A bis(diphenylphosphate)
CAS n. 5945-33-5
PHYSICAL FORM: LIQ
GC BDP is a liquid phosphate flame retardant, which has a low volatility and is highly stable.
GC TPP
Triphenyl Phosphate
CAS n. 115-86-6
PHYSICAL FORM: FLAKES, PW
It is triphenyl phosphate. It provides good processing and flame retardant properties.
GC B 58
TBBA Oligomer Carbonate, 2,4,6-Tribromophenyl-teminated
CAS n. 71342-77-3
PHYSICAL FORM: PW
GC B 58 is a brominated polymeric flame retardant that finds application in thermoplastics. It shows high thermal and UV stability and can be used in electrical applications. It can be used also for transparent polycarbonate.
GC B 52
TBBA Oligomer Carbonate Phenoxy Terminated
CAS n. 94334-64-2
PHYSICAL FORM: PW
GC B 52 is a brominated polymeric flame retardant that finds application in thermoplastics. It shows high thermal and UV stability and can be used in electrical applications. It can be used also for transparent polycarbonate.
GC BT 67
Ethylenbistetrabromo Pthalimide
CAS n. 32588-76-4
PHYSICAL FORM: PW
It is a flame retardant with a high resistance to UV radiation and thermal stability. It does not present blooming effects. It’s available in powder or compacted form.