Check out our wide range of high performance materials for photonic applications
Advanced filtering
- Default 1
- Electron blocking layer materials 3
- Electron Injection Layer 14
- Host Materials 64
- Materiały EBL (Electron Blocking Layer) 1
- OLED Materials 33
- Organic light-emitting didoes 1
- Organic light-emitting diodes 3
- Perovskite Materials 8
- Photonic and Optical Materials 17
- TADF Materials 74
- Transport Layer Materials 63
Use by function
Application for devices
- Host 37
- ETL 18
- HBL 18
- EBL 13
- HTL 12
- Blue Dopant Materials 10
- HIL 2
- EIL 3
- Green Dopant Materials 4
- Red Dopant Materials 1
Classification
- Organic light-emitting diodes 49
- TADF materials 45
- Host materials 34
- Emmiting layer materials (EML) 15
- Electron transport layer materials (ETL) 16
- Hole transport layer materials (HTL) 12
- Electron injection layer materials (EIL) 1
- PHOLED materials 15
- Hole blocking layer materials (HBL) 10
- Light-emitting diodes 7
- Hole injection layer materials (HIL) 2
- Blue fluorescent dopant materials 10
- Electron blocking layer materials (EBL) 5
- Green fluorescent dopant materials 4
- Perovskite solar cells 1
- Exciplex materials 6
- Organic photovoltaics (OPV) 1
- Semiconducting small molecules 1
- Organic light-emitting didoes 1
- Exciton blocking layer materials 2
- Solution-processed OLED materials 1
- PHOLED co-host materials 2
- Red fluorescent dopant materials 1
- Bipolar host materials 2
- Highly efficient light-emitting diodes 2
- Organic long persistent luminescence 2
- Organic printing electronics 1
- Diphenyl ether (DPE) 1
- Ambipolar materials 1
- TADFmaterials 1
- Organic ight-emitting diodes 1
Absorption
- N/A 4
- λmax = 254 nm in DCM 1
- λmax = 337 nm in Toluene 2
- λmax = 307 nm in DCM 1
- λmax = 292 nm in DCM 1
- λmax = 396 nm in Toluene 2
- λmax = 420 nm in Toluene 1
- λmax = 430 nm 1
- λmax = 241 nm, 290 nm in DCM 1
- λmax = 266 nm in DCM 1
- λmax = 307 nm in THF 1
- λmax = 275 nm in DCM 1
- λmax = 286 nm in Toluene 1
- λmax = 388 nm in DCM 1
- λmax = 305 nm in DCM 1
- λmax = 275 nm 1
- λmax = 294 nm, 471 nm in DCM 1
- λmax = 305 nm, 353 nm in Ethyl acetate 1
- λmax = 268 nm in film 1
- λmax = 251 nm in DCM 1
- λmax = 326 nm, 339 nm in DCM 1
- λmax = 283 nm, 296 nm in film 1
- λmax = 300 nm in DCM 1
- λmax = 272 nm in DCM 1
- λmax = 265 nm in THF 1
- λmax = 302 nm 1
- λmax = 270 nm in DCM 1
- λmax = 351 nm in THF 1
- λmax = 310 nm, 341 nm in film 1
- λmax = 312 nm, 328 nm in DCM 1
- λmax = 325 nm in DCM 1
- λmax = 331 nm in THF 1
- λmax = 288 nm in Chloroform 1
- λmax = 309 nm in DCM 1
- λmax = 292 nm in THF 1
- λmax = 282 nm 1
- λmax = 355 nm in DCM 1
- λmax = 265 nm in DCM 1
- λmax = 280 nm, 325 nm in DCM 1
- λmax = 262 nm, 356 nm in DCM 1
- λmax = 414 nm in Toluene 1
- λmax = 326 nm, 335 nm in film 1
- λmax = 259 nm in film 1
- λmax = 405 nm in THF 1
- λmax = 304 nm in THF 1
- λmax = 248 nm in DCM 1
Appearance
- White powder/crystals 22
- Off-white powder/crystals 10
- White powder 1
- Yellow powder 4
- Yellow powder/crystals 2
- Light yellow powder 1
- Pale yellow powder/crystals 3
- Light yellow powder/crystals 1
- Off-white crystal/powder 1
- Bluish green powder/crystals 1
- Pale yellow powder 1
- Deep yellow powder/crystals 1
- Pale White powder/crystals 1
- Orange powder/crystals 1
- Greenish-yellow powder/crystals 1
Fluorescence
- N/A 6
- λmax = 373 nm in DCM 1
- λmax = 382 nm in THF 1
- λmax = 474 nm in THF 1
- λmax = 515 nm in DCM 1
- λmax = 376 nm in DCM 1
- λmax = 364 nm in THF 1
- λmax = 490 nm 1
- λmax = 298 nm in DCM 1
- λmax = 477 nm in Toluene 1
- λmax = 507 nm in Toluene 1
- λmax = 430 nm in DCM 1
- λmax = 359 nm in film 1
- λmax = 469 nm in Toluene 1
- λmax = 322 nm in DCM 1
- λmax = 412 nm in film 1
- λmax = 354 nm in DCM 1
- λmax = 415 nm in DCM 1
- λmax = 471 nm in film 1
- λmax = 373 nm in THF 1
- λmax = 554 nm in DCM 1
- λmax = 449 nm in Toluene 1
- λmax = 366 nm in DCM 1
- λmax = 311 nm in DCM 1
- λmax = 461 nm in Toluene 1
- λmax = 357 nm, 375 nm 1
- λmax = 522 nm in Toluene 1
- λmax = 496 nm 1
- λmax = 416 nm in Ethyl acetate 1
- λmax = 440 nm in DCM 1
- λmax = 295 nm, 378 nm in DCM 1
- λmax = 447 nm in THF 1
- λmax = 497 nm in DCM 1
- λmax = 348 nm, 365 nm in DCM 1
- λmax = 545 nm in Toluene 1
- λmax = 467 nm in film 1
- λmax = 380 nm in DCM 1
- λmax = 625 nm in film 1
- λmax = 418 nm 1
- λmax = 375 nm 1
- λmax = 467 nm in DCM 1
- λmax = 350 nm in DCM 1
- λmax = 431 nm in THF 1
- λmax = 388 nm in DCM 1
- λmax = 397 nm in film 1
- λmax = 417 nm in Chloroform 1
Transport Layers
Filter by
- Noctiluca 51
Purification techniques
Purification techniques
Advanced filtering
- Default 1
- Electron blocking layer materials 3
- Electron Injection Layer 14
- Host Materials 64
- Materiały EBL (Electron Blocking Layer) 1
- OLED Materials 33
- Organic light-emitting didoes 1
- Organic light-emitting diodes 3
- Perovskite Materials 8
- Photonic and Optical Materials 17
- TADF Materials 74
- Transport Layer Materials 63
Use by function
Application for devices
- Host 37
- ETL 18
- HBL 18
- EBL 13
- HTL 12
- Blue Dopant Materials 10
- HIL 2
- EIL 3
- Green Dopant Materials 4
- Red Dopant Materials 1
Classification
- Organic light-emitting diodes 49
- TADF materials 45
- Host materials 34
- Emmiting layer materials (EML) 15
- Electron transport layer materials (ETL) 16
- Hole transport layer materials (HTL) 12
- Electron injection layer materials (EIL) 1
- PHOLED materials 15
- Hole blocking layer materials (HBL) 10
- Light-emitting diodes 7
- Hole injection layer materials (HIL) 2
- Blue fluorescent dopant materials 10
- Electron blocking layer materials (EBL) 5
- Green fluorescent dopant materials 4
- Perovskite solar cells 1
- Exciplex materials 6
- Organic photovoltaics (OPV) 1
- Semiconducting small molecules 1
- Organic light-emitting didoes 1
- Exciton blocking layer materials 2
- Solution-processed OLED materials 1
- PHOLED co-host materials 2
- Red fluorescent dopant materials 1
- Bipolar host materials 2
- Highly efficient light-emitting diodes 2
- Organic long persistent luminescence 2
- Organic printing electronics 1
- Diphenyl ether (DPE) 1
- Ambipolar materials 1
- TADFmaterials 1
- Organic ight-emitting diodes 1
Absorption
- N/A 4
- λmax = 254 nm in DCM 1
- λmax = 337 nm in Toluene 2
- λmax = 307 nm in DCM 1
- λmax = 292 nm in DCM 1
- λmax = 396 nm in Toluene 2
- λmax = 420 nm in Toluene 1
- λmax = 430 nm 1
- λmax = 241 nm, 290 nm in DCM 1
- λmax = 266 nm in DCM 1
- λmax = 307 nm in THF 1
- λmax = 275 nm in DCM 1
- λmax = 286 nm in Toluene 1
- λmax = 388 nm in DCM 1
- λmax = 305 nm in DCM 1
- λmax = 275 nm 1
- λmax = 294 nm, 471 nm in DCM 1
- λmax = 305 nm, 353 nm in Ethyl acetate 1
- λmax = 268 nm in film 1
- λmax = 251 nm in DCM 1
- λmax = 326 nm, 339 nm in DCM 1
- λmax = 283 nm, 296 nm in film 1
- λmax = 300 nm in DCM 1
- λmax = 272 nm in DCM 1
- λmax = 265 nm in THF 1
- λmax = 302 nm 1
- λmax = 270 nm in DCM 1
- λmax = 351 nm in THF 1
- λmax = 310 nm, 341 nm in film 1
- λmax = 312 nm, 328 nm in DCM 1
- λmax = 325 nm in DCM 1
- λmax = 331 nm in THF 1
- λmax = 288 nm in Chloroform 1
- λmax = 309 nm in DCM 1
- λmax = 292 nm in THF 1
- λmax = 282 nm 1
- λmax = 355 nm in DCM 1
- λmax = 265 nm in DCM 1
- λmax = 280 nm, 325 nm in DCM 1
- λmax = 262 nm, 356 nm in DCM 1
- λmax = 414 nm in Toluene 1
- λmax = 326 nm, 335 nm in film 1
- λmax = 259 nm in film 1
- λmax = 405 nm in THF 1
- λmax = 304 nm in THF 1
- λmax = 248 nm in DCM 1
Appearance
- White powder/crystals 22
- Off-white powder/crystals 10
- White powder 1
- Yellow powder 4
- Yellow powder/crystals 2
- Light yellow powder 1
- Pale yellow powder/crystals 3
- Light yellow powder/crystals 1
- Off-white crystal/powder 1
- Bluish green powder/crystals 1
- Pale yellow powder 1
- Deep yellow powder/crystals 1
- Pale White powder/crystals 1
- Orange powder/crystals 1
- Greenish-yellow powder/crystals 1
Fluorescence
- N/A 6
- λmax = 373 nm in DCM 1
- λmax = 382 nm in THF 1
- λmax = 474 nm in THF 1
- λmax = 515 nm in DCM 1
- λmax = 376 nm in DCM 1
- λmax = 364 nm in THF 1
- λmax = 490 nm 1
- λmax = 298 nm in DCM 1
- λmax = 477 nm in Toluene 1
- λmax = 507 nm in Toluene 1
- λmax = 430 nm in DCM 1
- λmax = 359 nm in film 1
- λmax = 469 nm in Toluene 1
- λmax = 322 nm in DCM 1
- λmax = 412 nm in film 1
- λmax = 354 nm in DCM 1
- λmax = 415 nm in DCM 1
- λmax = 471 nm in film 1
- λmax = 373 nm in THF 1
- λmax = 554 nm in DCM 1
- λmax = 449 nm in Toluene 1
- λmax = 366 nm in DCM 1
- λmax = 311 nm in DCM 1
- λmax = 461 nm in Toluene 1
- λmax = 357 nm, 375 nm 1
- λmax = 522 nm in Toluene 1
- λmax = 496 nm 1
- λmax = 416 nm in Ethyl acetate 1
- λmax = 440 nm in DCM 1
- λmax = 295 nm, 378 nm in DCM 1
- λmax = 447 nm in THF 1
- λmax = 497 nm in DCM 1
- λmax = 348 nm, 365 nm in DCM 1
- λmax = 545 nm in Toluene 1
- λmax = 467 nm in film 1
- λmax = 380 nm in DCM 1
- λmax = 625 nm in film 1
- λmax = 418 nm 1
- λmax = 375 nm 1
- λmax = 467 nm in DCM 1
- λmax = 350 nm in DCM 1
- λmax = 431 nm in THF 1
- λmax = 388 nm in DCM 1
- λmax = 397 nm in film 1
- λmax = 417 nm in Chloroform 1
Transport Layers
Filter by
- Noctiluca 51
Purification techniques
Purification techniques
UGH2
Cas number: 40491-34-7; 18856-08-1
Synonyms: UGH-2, 1,4-Phenylenebis(triphenylsilane)
Purity: Sublimed: >99.0% (HPLC)
Chemical Formula: C42H34Si2
ZADN
Cas number: 561064-11-7
Synonyms: 2-(4-(9,10-Di(naphthalen-2-yl)anthracen-2-yl)phenyl)-1-phenyl-1H-benzo[d]imidazole
Purity: Sublimed: >99.0% (HPLC)
Chemical Formula: C53H34N2