Dual-Filament Effusion Cell

双灯丝K-cell蒸发源

Product Description

MAIN FEATURE

●UHV compatible
●Suitable for vaporizing materials with medium vapor pressure
●Independent dual temperature control, each temperature zone is individually adjustable, effectively preventing material condensation at the outlet
●Excellent temperature stability, temperature control accuracy ±0.1℃.
●Effectively enhances the efficiency of the UHV system

●Easy to install and highly repeatable

APPLICATIONS

●Surface Science; ●Ultra-Thin Films; ●Multiple Monolayers

●Doping; ●SamplePreparation; ●DenseMetallization

PART NUMBER COMPOSITION

② 35: DN40CF ⑤ M: Medium Temputre (400-1400℃） ⑥ Available options: P: Pneumatic, M: Manual

⑨ Available options: C: Type C, K: Type K ⑩ DF:Dual Filament

TECHNICAL DATA

Mounting Flange	DN40CF (O.D. 2.75")
Vacuum Length	230mm standard，230mm-400mm optional
Vacuum Diameter	36.5mm
Operating Temperature	650-1400°C
Heating Method	Tantalum filament radiation heating
Temperature Stability	±0.1°C
Thermocouple	Type K (400-1100℃) Type C (400-1400℃)
Bakeout Temperature	200℃
Number of Pockets	1
Crucible Material	Quartz/Al₂O₃ /PBN/Other material upon request
Crucible Capacity	10cc (other size upon request)
Cooling Method	Integrated water cooling

MAIN FEATURE

●Easy to install and highly repeatable

APPLICATIONS

Surface Science; Ultra-Thin Films; Multiple Monolayers

Doping; Sample Preparation; Dense Metallization

PART NUMBER COMPOSITION

② 35: DN40CF ⑤ M: Medium Temputre (400-1400℃） ⑥ Available options: P: Pneumatic, M: Manual

⑨ Available options: C: Type C, K: Type K ⑩ DF:Dual Filament

TECHNICAL DATA

Mounting Flange	DN40CF (O.D. 2.75")
Vacuum Length	230mm standard，230mm-400mm optional
Vacuum Diameter	36.5mm
Operating Temperature	650-1400°C
Heating Method	Tantalum filament radiation heating
Temperature Stability	±0.1°C
Thermocouple	Type K (400-1100℃) Type C (400-1400℃)
Bakeout Temperature	200℃
Number of Pockets	1
Crucible Material	Quartz/Al₂O₃ /PBN/Other material upon request
Crucible Capacity	10cc (other size upon request)
Cooling Method	Integrated water cooling

Related Documents / DOWNLOAD

En-Dual-Pocket Effusion Cell 0319

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