TBBA(TBBPA), a highly effective brominated flame retardant of our company, can be used as a reactive-type flame retardant in epoxy resin. polyurethane resin, BDDP, etc.. and also as an additive-type flame retardant in PS, SAN resins, ABS resins, etc.
Приказ на производот
TBBA
Product name: TBBA
Molecular Formula : C15H12Br14O2
Molecular Weight:543.87
The CAS Number: 79-94-7
EINECS Number: 201-236-9
Имаме многу висококвалитетни фабрики со длабока соработка, кои можат да ви обезбедат производи со висок квалитет и конкурентни цени. Исто така, можеме да даваме попусти за купување на големо. И соработуваме со многу професионални шпедитери, можеме безбедно и непречено да ги доставуваме производите до вашите раце. Времето за испорака е околу 3-20 дена по потврдувањето на плаќањето.
TetrabromobisphA Basic information |
|
Име на производ: |
TetrabromobisphA |
CAS: |
79-94-7 |
МФ: |
C15H12Br4O2 |
MW: |
543.87 |
EINECS: |
201-236-9 |
Mol File: |
79-94-7.mol |
TetrabromobispA Structure |
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Tetrabromobisph A Chemical Properties |
|
Точка на топење |
178-181 °C(lit.) |
Точка на вриење |
316 °C |
густина |
2.1 |
индекс на рефракција |
1.5000 (estimate) |
температура на складирање. |
2-8°C |
растворливост |
Insoluble |
pka |
8.50±0.10(Predicted) |
форма |
neat |
Растворливост во вода |
Insoluble |
BRN |
1889048 |
CAS DataBase Reference |
79-94-7(CAS DataBase Reference) |
IARC |
2A (Vol. 115) 2018 |
NIST Chemistry Reference |
Phe, 4,4'-(2,2-propanediyl) bis[2,6-dibromo]-(79-94-7) |
EPA Substance Registry System |
Tetrabromobisphl A (79-94-7) |
As a multifunctional rubber additive, TAIC can be applied in the following three fields:
1. Plastic TAIC can improve the heat resistance, chemical stability and thermosetting properties of CPE, PE, PA, PBT, PVC and other plastic materials.
2. Rubber TAIC can provide a low compression set and improved thermal aging performance for a variety of synthetic rubbers (such as EPDM, HNBR, TPE, FKM, EVA).
3. The combination of photovoltaic TAIC and peroxide can improve the curing speed, improve production efficiency, save production costs, and enhance the efficiency / efficiency of solar modules by improving the transparency of EVA sealing materials.
Note: in order to obtain the necessary structural stability, EVA coating has to be crosslinked by peroxide during the lamination process. By using TAIC as a crosslinking additive in EVA coating, the crosslinking process is significantly improved, resulting in the following advantages / advantages:
A. Curing time reduction / cost savings
B. Increase of glue content / crosslinking degree
C. Increased transparency
D. Improved color stability by shorter curing time
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