High-speed heating

Max. heating rate 150°C/second;
heating time: approximately one minute to attain the temperature of 1,500°C

Clean heating

No possibility of gas emissions or electromagnetic induction from the heat source.

Localized heating

The infrared beam heats the sample only, not the surroundings.

Freely connectable

Can be connected to various other equipment.

High-speed heating and annealing of materials such as Si and SiC

Generating oxide crystals and creating thin films in oxidizing atmospheres

Heating substrates in hydrogen and nitrogen atmospheres

Heating samples being irradiated by X-rays or UV beams

Heating samples in equipment such as thermal desorption spectroscopy systems or XPS/XRD/PLD analysis systems

Heating in the presence or absence of a magnetic field

Heating in pressurized atmospheres

Heating with a load applied to the sample

overviews

Ultra-high vacuum models Support ultra-high vacuum degree of up to 10–9 Pa.
High-speed heating models Achieves rapid heating of max. heating rate 150°C/second.
Air heating models Can spot-heat samples placed in an air atmosphere.
Pressurized atmosphere models Can heat samples in pressure chambers at pressures of up to 10 atmospheres.
Special models The best features of the GV Series can be applied to special models for high-speed cooling, stress heating, heating in magnetic fields, or various other applications. Contact Thermo Riko for information.
CE Marking CE Marking models are also available.

GVH Ultra-high vacuum models

Model name GVH198 GVH298
Infrared lamp rating 1kW 2kW
Maximum attainable temperature 1200°C 1400°C
Heated surface area dia 20mm
Maximum heating rate 1°C/sec
Maximum attainable vacuum degree 10–9Pa
Cooling water flow rate 1L/min 2L/min

GV Ultra-high Speed models

Model name GV154 GV198 GVL298 GVL398
Infrared lamp rating 500W 1kw 2kW 3kW
Maximum attainable temperature 1100°C 1300°C 1500°C 1600°C
Heated surface area dia 14mm dia 20mm
Maximum heating rate 100°C/sec 100~150°C/sec
Maximum attainable vacuum degree 10–7Pa
Cooling water flow rate 1L/min 2L/min

GV-1/GV-2 Rapid Annealing Infrared Guide Heating Systems

see details

RTA198/RTA298 Bottom-Surface Irradiation Infrared Heat Treatment Systems

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GV2H Thermal Desorption
Spectroscopy System

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GVL298M/GV154M/GV-M1 Infrared Guide Heating Systems for Sample Heating in Magnetic Fields

see details

GVL298-2S Infrared Guide Heating
System for X-Ray Topography

see details

XPS system
connection example

see details