Research and development of secondary batteries and all-solid-state batteries: Efficient evaluation of electrolytes using a heating furnace. Uniformly heat multiple solid electrolyte materials for screening and impedance evaluation based on temperature characteristics, allowing for accurate assessments in a short time with various heating patterns!

It excels in material screening of solid electrolytes and impedance evaluation according to temperature characteristics!
▼Features▼
1. Reproduces various heating patterns of inorganic electrolyte heating and sintering processes in a short time.
- Temperature can be adjusted with an accuracy of ±1°C within a temperature range of 50°C to 1200°C.
- The heating rate is also a maximum of 300°C/min, allowing for various heating patterns to be tested in a short time from room temperature.
2. Efficient simultaneous evaluation of impedance measurements for lithium-ion conductivity (conductivity) with multiple samples.
- Structure allows for heating with electrodes attached to the top and bottom of the coin cell.
- The coin cell holder has 4 slots available.
- Uniform heating/measuring of 4 samples simultaneously under the same conditions.
- Various coin cell diameters available from Φ20 to Φ8mm.
3. Simple operation and design that prevents exposure to the atmosphere / atmosphere control.
- Work inside the glove box only requires sample set-up.
- Inside the quartz tube, a quartz coin cell holder is maintained, and only the coin cell is accurately heated.
- The completely sealed transparent quartz tube is heated from the outside using light heating.
- Gas introduction systems and atmosphere control during heating are also easily manageable.
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Impedance evaluation according to the temperature characteristics of solid electrolyte material screening, used in laboratories such as the Kanno-Hirayama Laboratory at Tokyo Institute of Technology and the Kobayashi Group at the National Institutes of Natural Sciences, Molecular Chemistry Research Institute. ▼Features▼ ・Reproduces various heating patterns for the heating and sintering process of inorganic electrolytes in a short time ・Efficiently evaluates impedance measurements for lithium-ion conductivity (conductivity) assessment of multiple samples simultaneously [Atmosphere Non-Exposure Design/Atmosphere Control]