Thermal Analysis and Calorimetry
Built for the demands of next-generation battery testing, the BAC-1000AE accommodates large-format cells, modules, and partial pack assemblies up to 1,500 mm in length. Its 1,000 mm adiabatic furnace and ±1,000 A current capability provide the capacity needed for module-scale thermal runaway and gas generation testing. By combining controlled thermal conditions with realistic electrical loading, the BAC-1000AE delivers reliable insights into the thermal behavior and safety of high-capacity battery systems.
Thermal Analysis and Calorimetry
Designed for efficient testing of large-format battery cells and modules, the BAC-800AE accommodates samples up to 900 mm in length. Equipped with an 800 mm diameter furnace and a ±500 A current range, the system supports reliable thermal runaway studies as well as charge/discharge heat generation measurements, making it a practical solution for laboratory battery safety and thermal analysis.
Thermal Analysis and Calorimetry
BAC-800BE is engineered for testing medium- to large-format battery cells and modules up to 900 mm in length. Featuring an 800 mm diameter furnace and a ±1000 A current capability, the system delivers the high-current performance required for demanding electrical abuse tests. It also enables reliable evaluation of heat generation during battery charge/discharge, particularly under high-load and elevated-current conditions.
Thermal Analysis and Calorimetry
The ATC 300AE Oxygen Bomb Calorimeter measures heat of combustion by standard bomb calorimetry with a constant-temperature jacket. Compatible with both cotton thread and ignition wire ignition, it offers fully automated operation, rapid analysis, and a wide measurement range. Applications include food, energy, coal, metallurgy, construction, and petrochemical industries for quality control and compliance testing. Test Parameters Calorific Value Applicable Fields Coal, Metallurgy, Construction, Petrochemical
Thermal Analysis and Calorimetry
RSC400A E is a professional testing instrument designed for rapid evaluation of reaction heat hazards. It is widely used in chemical, pharmaceutical, and research applications for fast screening of chemical stability and identification of potential reaction hazards. Test Parameters Reaction onset temperature, exothermic temperature rise, specific heat release, gas generation Application Hazardous chemicals | Fine chemicals
Thermal Analysis and Calorimetry
RC HP 1000AE is a professional instrument designed to simulate chemical reactions at the liter scale, while measuring and controlling key process variables. As an automated reaction calorimeter for laboratory use, it can reproduce the real conditions of batch or semi-batch processes, and is widely applied in fine chemicals, pharmaceuticals, and third-party safety assessment for reaction process design, process optimization and scale-up, and process safety evaluation. Test Parameters Reaction process design, process optimization and scale-up, process safety evaluation Application Fine chemicals
Thermal Analysis and Calorimetry
BAC-90AE
BAC-200AE
Test Parameters
Thermal runaway onset temperature | Maximum thermal runaway rate | Adiabatic temperature riseApplications
Lithium-ion batteries
Thermal Analysis and Calorimetry
The BAC-200AE is an advanced adiabatic calorimeter designed for thermal safety evaluation of small-format batteries. It accommodates pouch cells up to 240 mm, cylindrical cells up to the 4680 format, and coin cells, providing a versatile solution for a wide range of battery testing applications. By accurately simulating an adiabatic environment, the BAC-200AE enables comprehensive thermal characterization, including thermal runaway analysis, gas evolution measurement, charge/discharge calorimetry, and specific heat capacity determination. The system delivers critical data for evaluating battery safety, optimizing thermal management strategies, and supporting the design, validation, and certification of next-generation energy storage systems.