Red Dopant Materials

Red dopant materials are used within the light emitting layers of organic light-emitting diodes (OLEDs). The role of dopant molecules is to enhance device efficiency, luminescence and colour purity.

The key properties of red dopants for OLEDs include:

Narrow Emission Bandwidth

High Quantum Efficiency

Compatible with Host Materials

Small HOMO-LUMO Bandgap

Highly Stable

Efficient Charge Recombination

Popular red OLED emitters include iridium complexes, such as Ir(piq)₃ and Ir(piq)₂(acac), with characteristic small bandgaps (~2 eV) and longer emission wavelengths. Additionally, organic dopants like TXO-TPA have gained attention for achieving high device performance and external quantum efficiency without relying on heavy metals.

Explore our range of high purity red dopant materials for the next generation of OLED devices.

Browse Red Dopant Materials

Related categories: Charge transport layer materials, Dopant materials, Host materials, TADF materials, OLED materials

Filter by purification technique: sublimed

Ir(piq)3

CAS 435293-93-9

From $338

DBP

CAS 175606-05-0

From $520

Ir(piq)2(acac)

CAS 435294-03-4

From $338

Rubrene

CAS 517-51-1

From $169

DCJTB, DCM derivate

CAS 200052-70-6

From $390

Eu(dbm)3(Phen)

CAS 17904-83-5

From $429

Ir(dmpq)2(acac)

CAS 1056874-46-4

From $338

Ac-CNP

CAS 1883400-34-7

From $494

AQ(PhDPA)₂

CAS 1640978-33-1

From $520

4CzIPN-Ph

CAS 1469705-37-0

From $312

DTAF

CAS 159526-57-5

From $494

Ir(dpm)(piq)2

CAS 1202867-58-0

From $338

4CzTPN-tBu

CAS 2153433-46-4

From $312

Ir(MDQ)2(acac)

CAS 536755-34-7

From $338

TXO-TPA

CAS 1623010-63-8

From $338

TBRb

CAS 682806-51-5

From $403

Ir(btpy)3

CAS 405289-74-9

From $429