ATC 300AE
Oxygen Bomb Calorimeter

ATC 300A Automatic Oxygen Bomb Calorimeter / Bomb Calorimeter is a highly automated heat of combustion testing instrument compliant with GB 384, GB/T 213, ASTM 4809, ASTM D240, and other standards. It delivers fast testing, a wide measurement range, and accurate calorific value results for various combustible materials. Precision temperature control ensures accuracy and repeatability, and the intelligent interface makes operation easy.

A thermophysical properties analyzer developed using 3D heat transfer model inversion with non-contact infrared thermography. It is ideal for complex layered composites with anisotropic thermal conductivity, such as pouch lithium batteries and carbon fiber panels, and supports in-situ measurement.

A thermal parameter analyzer developed using 3D heat transfer model inversion with non-contact infrared thermography. It is designed for heterogeneous core–shell samples and can measure thermal conductivity and internal thermal resistance of hard-shell lithium battery cells without disassembly.

A heat flow meter thermal conductivity analyzer compliant with GB/T 10295-2008, ASTM C518, ISO 8301, and other standards. It offers high accuracy, high efficiency, and good repeatability for testing low-thermal-conductivity materials such as EPS, XPS, rigid PU foam, and mineral wool.

An adiabatic calorimeter with a dedicated mode compliant with GB/T 36276-2023 (adiabatic temperature rise characteristics). It is designed for large-format cells and small modules, supporting thermal runaway testing, gas generation testing, charge/discharge heat generation testing, and specific heat capacity testing.

Developed based on the continuous closed cup method, it supports Pensky–Martens and other closed cup tests (e.g., rapid equilibrium) by adjusting test parameters. With good correlation, it is suitable for measuring flash points of petroleum products, transformer oil, turbine oil, coatings, and more.

Developed based on a three-stage expansion principle, it needs only 1 mL of sample with no pre-treatment. One-click testing delivers results in as fast as 10 minutes, suitable for measuring vapor pressure of gasoline, aviation gasoline, hydrocarbon solvents, light distillates, and chemical reagents.

Developed to ASTM E918, ASTM E2079, EN 1839, EN 15967, UL 9540A, and related standards, it tests key explosion and flammability parameters including LEL, UEL, limiting oxygen concentration (LOC), explosion pressure, and rate of pressure rise. It is used for lithium battery thermal runaway multiphase ejecta testing, UL 9540A vent-gas explosion characterization, and organic vapor explosibility evaluation in fine chemical processes.

A dust sample is dispersed with compressed air into a Hartmann tube to form a dust cloud, then ignited with a specified spark energy. A series of tests determines the dust cloud minimum ignition energy (MIE).

A dedicated instrument for measuring maximum explosion pressure, maximum rate of pressure rise, and Kst under defined conditions. It supports dust explosibility assessment for common industrial powders such as aluminum, zinc, plastics, pharmaceutical intermediates, flour/sugar, wood dust, dyes, phenolic resin dust, milk powder, and more.

It is a professional test instrument for gas or flammable vapor combustion hazard assessment, the test results can be used as an important reference factor for fire risk assessment.

The BAM Friction Sensitivity Tester precisely determines mechanical friction sensitivity in energetic materials, including primary explosives, high explosives, propellants, and pyrotechnic compositions.

The Impact Sensitivity Tester determines impact sensitivity in energetic materials (including solid/liquid high explosives, propellants, pyrotechnic compositions.