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Flash Joule Heating Device_Fixed Bed Reactor_In-situ FTIR/Raman/XRD Electrochemistry/thermocatalytic cells/stages_Lab battery research_Hefei In-situ Technology Co., Ltd

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Flash Joule Heating Device Max Temperature 3400℃

Product introduction

As the core driving force of the modern industrial system, the efficient, precise, and controllable generation and transfer of thermal energy directly determine production efficiency and product quality. Flash Joule Heating (resistance heating), a product that relies on instantaneous discharge, utilizes the resistance effect generated when an electric current passes through a conductor to directly convert electrical energy into thermal energy. With advantages such as high heating temperature, short heating time, easy adjustment and control of parameters, convenient installation, easy cleaning after use, and no pollution, it has become an indispensable key technical means in many fields, including graphene preparation, material heat treatment, instantaneous thermal shock chemical reactions, and aerospace metal testing and research.

Our product not only has the extremely high temperature environment (≥3400°C) of traditional flash Joule heating devices but also features an ultra-high heating rate (≤40ms). It has inherent advantages in processing powdery, thin metal sheet, thin film, bio-based, and nanomaterial samples. The extremely high temperature and heating rate can better reduce the interference of current on the samples.

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Product parameters and characteristics

Technical Parameters：

- Power supply: AC220V, three-pin socket;

- Output voltage: 20-400V;

- Capacitance: 50mF;

- Data acquisition speed: 1ms;

- Data acquisition method: Touch screen + PC;

- Data control method: Touch screen;

- Data acquisition content: Time, maximum temperature,

peak current, peak voltage, peak resistance, heating rate;

- Clamping electrodes: Adjustable spacing;

- Maximum temperature: 3400℃;

- Air-cooled pulse power supply;

- Temperature measurement method: Monochromatic temperature measurement;

- Temperature measurement range: 700-3200℃/800-4000℃;

- Probe cooling method: Air cooling;

- Gas path device: 1 inlet, 1 vacuum, 1 exhaust;

- Water path device: One inlet and one outlet (optional);

- Sample stage materials: Graphite paper (15*60*0.05mm), graphene paper (15*60*0.05mm), graphite felt (20*55*1mm), carbon felt (20*55*2mm);

- Sample stage size: ≤2*60*2mm;

- Sample testing quantity: 150mg;

- Heating rate: ≤60ms;

Accessories introduction

Samples holders

Graphene paper:

Temperature stable;

Operates at low voltage;

Maximum no-load temperature up to 3380℃;

Stable resistance, suitable for powder, flake, film and hair-like samples;

Reusable up to four times at 2500℃ and below.

Graphite felt:

Operates at high voltage;

Maximum temperature up to over 3400℃;

Capable of heating at various temperature ranges;

Suitable for powder, flake and film samples;

Disposable consumable when used above 2500℃.

Graphite paper:

Maximum temperature up to 2500℃;

Operates at low voltage;

Suitable for powder, flake and film samples.

Quartz tube:

Operates at low voltage;

Requires conductive materials for use;

Suitable for powder samples;

Applicable for graphene synthesis, with a maximum temperature up to over 3000℃.

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