Products for Research Use Only

DMAC-BPP

CAT: 1139-1836192-40-5-06Size: 25 KgDry Ice: NoHazardous: No
Product image 1
1 / 1
CAT#:1139-1836192-40-5-06Size:25 Kg
Selected
24/48H Stock Items & 2 to 6 Weeks non Stock Items.
Quick Request Actions
Description
DMAC-BPP (CAS:1836192-40-5) is a high-performance thermally activated delayed fluorescence (TADF) bluish-green luminescent material with a symmetrical dual-acridine molecular structure bridged by phenyl-pyrimidine groups. This compound features low efficiency roll-off, excellent thermal stability, high exciton utilization rate and stable photoluminescence performance. It is a mainstream high-end organic semiconductor material specially developed for TADF-OLED devices, widely used in optoelectronic device research and industrial OLED panel manufacturing.
Synonyms
BPP-DMAC, 10,10'-[5- (6-[1,1'-biphenyl]-4-yl-2-phenyl-4-pyrimidinyl) -1,3-phenylene]bis[9,9-dimethylacridine], Bis-DMAC Pyrimidine Biphenyl
HS Code
2933999099
Applications
1. Bluish-Green TADF Emitter for OLED Devices:DMAC-BPP (CAS: 1836192-40-5) acts as a core bluish-green light-emitting dopant for TADF OLED devices. It delivers stable emission wavelength at 496 nm, improves device luminous efficiency and reduces efficiency attenuation during long-term working in optoelectronic mass production. 2. Phosphorescent Host Material: With matched triplet energy level and excellent carrier transport capability, DMAC-BPP (CAS: 1836192-40-5) serves as host material for yellow and red phosphorescent OLED devices, balancing internal carriers and prolonging overall device service life. 3. High-Performance White OLED Raw Material: DMAC-BPP (CAS: 1836192-40-5) is applied to hybrid white OLED devices, helping produce blue-hazard-free white light panels with high color rendering index and low efficiency roll-off for display and lighting industries. 4. Laboratory Optoelectronic Material Research: High-purity sublimed DMAC-BPP (CAS: 1836192-40-5) is used for developing new TADF materials and exploring high-stability organic light-emitting device structures in material chemistry laboratories.
Purity
≥98% (HPLC)
Molecular Formula
C58H46N4
Molecular Weight
788.01
Shelf Life
2 years under proper storage
Appearance
Light yellow crystalline powder
Grade
Electronic grade, OLED sublimed grade, Research grade
Density
1.179±0.06 g/cm3
Melting Point
Glass transition temperature: 220 °C
EINECS
Not available