Product Overview
TAPC (1,1-Bis[(di-4-tolylamino)phenyl]cyclohexane) is a highly effective hole transport material (HTM) used in organic optoelectronics, especially in OLEDs. Known for its high hole mobility and thermal stability, TAPC enables efficient charge transport and plays a dual role as both HTL and host material in advanced multilayer device structures.
With a high triplet energy (ET ≈ 2.87 eV), TAPC is suitable for use in blue phosphorescent devices, helping simplify architecture by acting as a combined transport and host layer.
Key Applications
- OLEDs: Hole Transport Layer (HTL), Hole Injection Layer (HIL), Electron Blocking Layer (EBL)
- Host for Phosphorescent Emitters
- TADF Device Architectures
- Organic Electronics & Display Technologies
Advantages
- Excellent hole mobility, enabling efficient charge transport
- High triplet energy, compatible with blue phosphorescent emitters
- Dual-functionality: acts as both transport material and host
- Electron blocking capability to reduce recombination losses
- Thermal stability for long device lifetime
Compliance & Usage
- For R&D and laboratory use
- Handle with standard PPE in dry, inert environments
- SDS and Certificate of Analysis available upon request
To request a technical datasheet, custom quantity, or support for device integration, contact Stanford Optics directly.
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