Solution Processable electronic materials for plastic & printed electronics research
Categories Products

We are currently making our materials available to selected research partners in small volumes. If you would like to place an order or inquire about higher volumes please email us at info@smalltech.co.uk stating the Material and product number.

 

Products
Number Material

Product Descriptions

Status

Pricing (10ml)

10-00002

Vanadium Pentoxide (V2O5) Ink Solution

HOLE INJECTION LAYER (HIL)

Used for: OLED, PLED, OPV, Organic Electronics, Plastic Electronics.

Our high workfunction Vanadium Pentoxide ink solution can be solution processed via a wide variety of methods. This high performace HIL outperforms PEDOT:PSS by orders of magnitude in charge injection efficiency.

Available on request

£425 GBP

10-00004 Tungsten Oxide (WO3) Ink Solution

HOLE INJECTION LAYER (HIL)

Used for: OLED, PLED, OPV, Organic Electronics, Plastic Electronics, Hole Injection Layer,

Our Tungsten Oxide HIL can be solution processed via a spin casting. Charge injection efficiency comparable to that of PEDOT:PSS.

Available on request £350 GBP
10-00007 Molybdenum Oxide (MoOx) Ink Solution

HOLE INJECTION LAYER (HIL)

Used for: OLED, PLED, OPV, Organic Electronics, Plastic Electronics, Hole Injection Layer, Hole Extraction Layer. This Molybdenum Oxide HIL offers superior performance to PEDOT:PSS with charge (hole) injection efficiencies orders of magnitude

Available on request £375 GBP
11-00003 Smalltech Electron injection Ink Series X100

ELECTRON INJECTION LAYER (EIL)

Used for: High Performance Low Workfunction Solution processable Electron Injection layer Extraction layer in OLED, OTFT, OFET and OPV devices: Our Smalltech Electron injection Ink Series X100 can be solution processed on wide variety of substrates (including ITO, Al and Au). This easily processable ink can be processed in ambient conditions to enable efficient electron injection/extraction from electrodes to organic semiconductor layers.

Selected Availability for Research Partners

£3500 GBP