High temperature The 3000°C carbothermal shock apparatus finds extensive applications across multiple fields, including single-atom materials, ceramic materials, battery cathode and anode materials, solid-state electrolytes, catalytic materials, two-dimensional materials, high-entropy materials, MOF 3D-printing materials, metals, and composite materials. ‌‌。

Application Fields

1. ‌ Single-atom materials : Single-atom catalysts can be synthesized and stabilized at high temperatures using Joule-heating shock technology, which significantly enhances their thermal stability and catalytic activity. 。
2. ‌ Ceramic materials : The Joule heating apparatus enables rapid heating up to 3,000°C, making it suitable for the rapid synthesis and sintering densification of ceramic materials such as oxides, carbides, borides, nitrides, and silicides. 2。
3. ‌ Battery positive and negative electrode materials : In the preparation of battery materials, Joule heating shock technology can optimize material structure and performance, thereby enhancing battery energy density and cycle stability. 。
4. ‌ Solid electrolyte : High-temperature thermal shock treatment can enhance the ionic conductivity and mechanical strength of solid electrolytes, thereby improving battery safety and cycle life. 。
5. ‌ Catalytic materials : In the field of catalysis, Joule heating shock technology can be used to prepare high-performance catalysts, thereby enhancing the efficiency and selectivity of catalytic reactions. 。
6. ‌ Two-dimensional materials This technique can be employed for the synthesis and performance optimization of two-dimensional materials, thereby enhancing their application potential in electronic devices and energy storage. 。
7. ‌ High-entropy materials : The synthesis and performance characterization of high-entropy materials can also be achieved through Joule heating shock techniques, and these materials exhibit outstanding performance under extreme conditions. 。
8. ‌ MOF 3D printing materials In the field of 3D printing, Joule heating shock technology can optimize the structure and properties of printing materials, thereby enhancing the precision and strength of printed parts. 。
9. ‌ Metals and Composite Materials : In the fabrication of metals and composite materials, Joule heating shock technology can refine the microstructure and enhance the mechanical properties, thereby improving the overall performance of the materials. 。

Technical Principle

The Joule heating device generates a high-temperature field by utilizing the Joule heating effect in electrically conductive carbon materials, with heat produced as current passes through the conductor. This method enables instantaneous temperature rise to It reaches temperatures of 3,000°C and features rapid heating and cooling, making it suitable for the synthesis and sintering of various high-temperature materials.

Specific Application Cases

• ‌ Continuous Low-Carbon Production of Graphene : By developing an integrated automated system, continuous production of biomass-flash-exfoliated graphene has been achieved, significantly reducing the carbon footprint and enhancing production efficiency.
• ‌ Synthesis of High-Entropy Alloys : High-entropy alloys are synthesized using flash evaporation–Joule heating technology, and these alloys exhibit outstanding catalytic activity and stability in the field of electrocatalysis.
• ‌ Efficient Purification of Fly Ash : Purification of coal fly ash using flash evaporation and Joule heating technology enhances purification efficiency and environmental performance. 3。