ATC 300A is capable of swiftly and accurately determining the calorific value of various combustibles. Its high-precision temperature control system ensures the accuracy and repeatability of results, while its user-friendly interface

Following GB/T 10295, ASTM C518, and ISO 8301, it enables the testing of various low thermal conductivity materials, including expanded polystyrene, extruded polystyrene, PU rigid foam, mineral wool, expanded perlite, foam

Integrating thermal abuse, electrical abuse, mechanical abuse methods, complemented with visible/infrared imaging, gas collection, and specific heat testing functions, Parameters such as battery specific heat capacity, heat

Based on the continuous closed cup method for determining the combustion hazard characteristics of substances, it is suitable for the petroleum, petrochemical, and chemical industries, designed for the precise determination

Based on the triple expansion method for the measurement of liquid volatility, it is suitable for the petroleum and chemical industries to accurately determine the vapor pressure of substances such as gasoline, aviation gasoline,

The instruments for determining the Minimum Ignition Energy (MIE) of dust clouds, disperses a certain mass of dust sample into a Hartmann tube using compressed air at a specific pressure to form a dust cloud. The cloud is ignited

A professional testing instrument used to determine the maximum explosion pressure, maximum explosion pressure rise rate and explosion index of a dust cloud explosion under specific test conditions.

Instrument developed based on standards ASTM E918, ASTM E2079, EN 1839, EN 15967, UL9540A for testing the explosive characteristics, capable of measuring explosion limits, minimum oxygen concentration, explosion

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.