1200°C Magnet Driven Sliding Tube Furnace For DVD & RTP

Product Name:1200°C Magnet Driven Sliding Tube Furnace For DVD & RTP
Model:KAT-1200X-S-DVD
Brand Name: KAT
Email: saleskatbattery@gmail.com
Mobile: +86 18650702009
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Product Details

1200°C Magnet Driven Sliding Tube Furnace For DVD & RTP

KAT-1200X-S-DVD is a compact megnet driven sliding 2" tube furnace with a max. working temperature of 1200°C, which is designed for direct vaporizing deposition (DVD) or rapid thermal processing (RTP) under various atmosphere for 2D material growth.

SPECIFICATIONS:

Furnace Feature	One high thermal conductivity Alumina flat sample holder (2"Lx1"W) is fixed on K type sample, and the thermal couple with the sample holder can be moved inside quartz tube driven by a magnet manually to find desirable temperature position inside tube for evaporation or deposition. One NIST certified precision temperature monitor is connected to thermal couple and sample holder via a feedthrough on the vacuum flange. One magnet is embedded inside thermal block, and another magnet is placed outside tube. move the outside magnet can move the sample holder with thermal couple inside tube in or out 30 segment programmable temperature controller is built in furnace to set up Max. working temperature up to 1200oC at center of furnace One small quartz crucible is included, which can be used to contain evaporation material or please wafer on top for deposition based on your application.
Furnace Power	110VAC or 208 - 240 VAC, 50/60Hz (Please confirm voltage when place order ) 1.5 KW
Max. Temperature	1200°C (<1 hour)
Continuous Temperature	1100°C ( continuous)
Max. Heating Rate	<= 20 °C/min
Heating Zone	Tube furnaces with quartz tubes are designed for using under vacuum and low pressure < 0.2 bar / 3 psi / 0.02 MPa **Attention: A two stage pressure regulator must be installed on gas cylinder to limit the pressure to below 3 PSI for safe operation.** Vacuum limit definition for all quartz tube furnaces: * Vacuum pressures may only be safely used up to 1000°C The flow rate for gases should be limited to<200 SCCM (or 200ml/min) for reducing thermal shocks to the tube If you would like cooling sample in vacuum at eas, please consider below modle