Organic Evaporators

Depending on the type of organic material which you want to deposit you may select the evaporation source by our selection guide by organic material below.

Our organic evaporators are specially designed for use with volatile organic materials. They are applied both in research and  in industrial deposition processes.

The small version of the Organic Material Effusion Cell (OME) is dedicated for use in research applications where only small quantities of sensible organic evaporants are loaded with a sublimation temperature below 300°C. It OME allows fast heating and cooling which makes it an ideal source for expensive organic material evaporation.

For materials with typical evaporation temperatures above 200°C up to 700°C we recommend our Organic material effusion cell (OEZ). This source is also available as various clusters with two, 4 or more cells on one mounting flange with shutters quartz monitors etc.

For high capacity industrial applications like OLED or solar cell fabrication we offer large versions of the OME and the OEZ as well as large capacity linear sources. Please contact us for more detailed information.

Selection by Organic Material

Material	Chem.Formula/ CAS number	Tevap [°C]	Source	Application
Tris-(8-hydroxy­quino­line)­ alu­minum (Alq3)	C27H18AlN3O3 2085-­33-8	~ 150 low flux	OME	OLED research
		> 300 high flux	OEZ	OLED industrial
Fullerene (C60)	C60  99685-­96-8	~ 225 low flux	OME	cosmetics, organic PV and reserach
		> 300 high flux	OEZ
Fluorinated fullerene	C60F48 99685-­96-8	~ 110	OME	research
3,4,9,10-Perylene­tetra­carboxyl­diimid (PTCDI)	C24H10N2O4 81-33-4	~ 200	OME or OEZ	dye and reserarch
Melamin	C3H6N6 108-78-1	~ 80	OME	resin, plastics, and research
Perylen	C20H12 198-55-0	~ 95	OEZ	dye, OLED, and organic PV
Pentacene	C22H14 135-48-8	~ 220	OEZ	OFET and research
Chloro­[sub­phthalo­cyanin­ato] ­boron(III)	C24H12BClN6 36530-06-0	~ 150 low flux	OME	CD-R and research
		> 250 high flux	OEZ

The table contains general recommendations without warranty.