TADF Materials

Thermally activated delayed fluorescence (TADF) materials are an alternative to fluorescent and phosphorescent compounds as light emitters for organic light-emitting diodes (OLEDs). TADF emitters can harness triplet state electrons, maximizing the internal quantum efficiency of TADF OLEDs. Advances in molecular engineering have led to the development of TADF materials with efficient intramolecular charge transfer, contributing to high device efficiencies.

TADF molecules, commonly referred to as third-generation OLED materials, offer the potential for high OLED efficiencies without the use of heavy metals. TADF OLED devices are set to be cheaper as TADF materials are available at a lower cost than fluorescent and phosphorescent materials. Current research aims to create a stable blue emitter with a usable lifetime something that has proved difficult with earlier generation OLED materials.

Explore our extensive range of TADF materials, including TPBi, 4CzIPN and CzSi, to find high-performance materials at an affordable price.

Jump to: Browse TADF Materials by Collection | Browse all TADF Materials | Resources and Support

Browse TADF Materials by Collection

TADF Host Materials

Explore our range of TADF host materials.

MR-TADF Materials

Explore our range of MR-TADF materials.

Browse TADF Materials

Filter by purification technique: sublimed

TPBi

CAS 192198-85-9

From $273

CBP, 4,4′-Bis(N-carbazolyl)-1,1′-biphenyl

CAS 58328-31-7

From $150

4CzIPN

CAS 1416881-52-1

From $299

TmPyPB

CAS 921205-03-0

From $364

TCTA

CAS 139092-78-7

From $150

mCP

CAS 550378-78-4

From $169

PPT, PO15

CAS 1019842-99-9

From $338

2,4,6-tris(biphenyl-3-yl)-1,3,5-triazine (T2T)

CAS 1201800-83-0

From $429

2CzPN

CAS 1416881-50-9

From $364

DPPS

CAS 1152162-74-7

From $403

26DCzPPy

CAS 1013405-24-7

From $325

DBP

CAS 175606-05-0

From $520

TBPe

CAS 80663-92-9

From $312

CzSi

CAS 898546-82-2

From $325

mCBP

CAS 342638-54-4

From $260

ZADN

CAS 561064-11-7

From $299

3TPYMB

CAS 929203-02-1

From $234

DPPyA

CAS 1257879-34-7

From $468

B4PymPm

CAS 1030380-51-8

From $455

35DCzPPy

CAS 1013405-25-8

Price $338

DPEPO

CAS 808142-23-6

From $377

4TCzBN

CAS 2055722-93-3

From $546

4CzTPN

CAS 1416881-53-2

From $455

DCJTB, DCM derivate

CAS 200052-70-6

From $390

DACT-II

CAS 1613074-59-1

From $494

SiCzCz

CAS 2665768-26-1

From $390

PPO27

CAS 1299463-56-1

From $286

SPPO13

CAS 1234510-13-4

From $520

mSiTrz

CAS 2252416-90-1

From $299

SimCP2

CAS 944465-42-3

From $286

PO-T2T

CAS 1646906-26-4

From $208

4CzPN

CAS 1416881-51-0

From $286

4CzTPN-Ph

CAS 1416881-55-4

From $325

4CzTPN-Me

CAS 1416881-54-3

From $299

BTB

CAS 266349-83-1

From $325

Tris-PCz

CAS 1141757-83-6

From $247

B4PyPPm

CAS 1097652-83-9

From $455

B2PymPm

CAS 1266181-51-4

From $455

BCzPh

CAS 57102-62-2

From $325

DMAC-DPS

CAS 1477512-32-5

From $338

PYD-2Cz (PYD2)

CAS 168127-49-9

From $416

SpiroAC-TRZ

CAS 1980037-96-4

From $260

PCzAc

CAS 1705584-08-2

From $130

3tPAB

CAS 2056877-25-7

From $377

t-Bu-ν-DABNA

CAS 2914070-28-1

From $1,378

CzBN

CAS 2170487-27-9

From $689

DABNA-1

CAS 1689552-89-3

From $455

v-DABNA

CAS 2251782-13-3

From $585

CzDBA

CAS 2171334-43-1

From $494

t-DABNA

CAS 1802003-07-1

From $247

Ac-CNP

CAS 1883400-34-7

From $494

Px-VPN

CAS 1784766-39-7

From $429

AQ(PhDPA)₂

CAS 1640978-33-1

From $520

Cz-PS

CAS 1396165-20-0

From $468

Cz-DPS

CAS 733038-89-6

From $468

SiTrzCz2

CAS 2422045-58-5

From $221

4CzIPN-Ph

CAS 1469705-37-0

From $312

4CzIPN-tBu

CAS 1630263-99-8

From $312

4CzIPN-Me

CAS 1469703-61-4

From $312

4CzPN-tBu

CAS 1469705-93-8

From $338

4CzPN-Me

CAS 1469700-28-4

From $338

4CzPN-Ph

CAS 1469707-47-8

From $338

46DCzPPm (CzPhPy)

CAS 1262678-77-2

From $468

mCBP-CN

CAS 1327163-09-6

From $338

DMPPP

CAS 1036404-84-8

From $416

DMAC-TRZ

CAS 1628752-98-6

From $312

DTAF

CAS 159526-57-5

From $494

BPy-OXD

CAS 866117-19-3

From $286

DDCzTRZ

CAS 1685282-47-6

From $325

DCzTRZ

CAS 1106730-48-6

From $325

POSTF

CAS 1647050-25-6

From $494

mCPPO1

CAS 1296229-26-9

From $325

BCzTPA

CAS 1032174-52-9

From $468

4CzFCN

CAS 1819362-10-1

From $286

TCzTRZ

CAS 1808158-40-8

From $299

TCPZ

CAS 890148-68-2

From $429

DPTPCz

CAS 1313391-57-9

From $429

TSBPA

CAS 205327-13-5

From $403

Ir(dpm)(piq)2

CAS 1202867-58-0

From $338

BSB

CAS 18826-13-6

From $390

SimCP

CAS 850221-63-5

From $429

SPPO1

CAS 1125547-88-7

From $390

FATPA

CAS 1131007-94-7

From $286

CbBPCb

CAS 1469997-91-8

From $299

3P-T2T

CAS 352196-01-1

From $338

3N-T2T

CAS 939430-26-9

From $299

mCPCN

CAS 1392506-99-8

From $299

CzAcSF

CAS 1792173-34-2

From $338

UGH3

CAS 18920-16-6

From $325

PXZ-TRZ

CAS 1411910-25-2

From $312

DCzDBT

CAS 913738-04-2

From $260

TXO-PhCz

CAS 1623010-64-9

From $312

4CzTPN-tBu

CAS 2153433-46-4

From $312

DMAC-BPP

CAS 1836192-40-5

From $390

5TCzBN

CAS 1469700-26-2

From $546

Penta-carbazolylbenzonitrile (5CzBN)

CAS 1469700-24-0

From $338

4CzBN

CAS 1996609-93-8

From $546

TSBF

CAS 518997-91-6

From $377

TSPO1

CAS 1286708-86-8

From $338

BCPO

CAS 1233407-28-7

From $338

BCBP

CAS 858131-70-1

From $312

CDBP

CAS 120260-01-7

From $312

PPDN

CAS 215611-93-1

From $416

NPB-DPA

CAS 910058-11-6

From $338

NBPhen

CAS 1174006-43-9

From $364

BP4mPy

CAS 1009033-94-6

From $286

UGH-2

CAS 40491-34-7 / 18856-08-1

From $325

TTPA

CAS 177799-16-5

From $325

TXO-TPA

CAS 1623010-63-8

From $338

B3PyPB

CAS 1030380-38-1

From $260

TBRb

CAS 682806-51-5

From $403

Cab-Ph-TRZ

CAS 440354-93-8

From $416

mCPSOB

CAS 1374770-41-8

From $416

PXZ-DPS

CAS 1477511-57-1

From $455

ACRSA

CAS 1206626-95-0

From $312

DMAC-BP

CAS 1685287-55-1

From $390

Resources and Support

Thermally Activated Delayed Fluorescence (TADF)

Thermally Activated Delayed Fluorescence (TADF) is a mechanism by which triplet state electrons can be harvested to generate fluorescence.

Multi-Resonance Thermally Activated Delayed Fluorescence (MR-TADF)

Multiple resonance thermally activated delayed fluorescence (MR-TADF) is a light emitting process engaging the same working principle as thermally activated delayed fluorescence (TADF).

What is Intramolecular Charge Transfer (ICT)?

Intramolecular charge transfer (ICT) refers to the transfer of charge within a single molecule (intra = “within” in Latin). In molecules containing one or more electron donor and acceptor groups, ICT can occur if the molecule is in an excited state.

How are Solar Panels Made? Step by Step Process

Exciplex and Excimer: Formation and Emission

An exciplex (or excited complex) is a complex formed from two different molecules, where one molecule is in an excited state (donor) and the other is in the ground state (acceptor). Both are typically conjugated semiconducting molecules. This short-lived complex will occur when the molecules are in close proximity to one another, and it results in a lower energy than if the two existed separately in their excited and ground states.

Molecular Design Principles of MR-TADF Materials

The design of multiple resonance thermally activated delayed fluorescent (MR-TADF) materials requires careful selection of molecular scaffolds and substituents to achieve the desired photophysical properties i.e. color and color purity.

Hyperfluorescence: The Next Generation of OLED

Hyperfluorescence organic light-emitting diodes (HF-OLEDs) represent the 4th generation of OLED technology. Find out more.