Adiabatic Accelerated Calorimeter

Product Description

Adiabatic Accelerated Calorimeter determines the thermal behavior of samples under adiabatic conditions by keeping the temperature of the environment and the reaction system equal, obtains the thermodynamic and kinetic data of the chemical reaction process in adiabatic state, and deduces the key indexes for evaluating the thermal safety of the chemicals or the chemical reaction such as TD24. TMRad, SADT, etc., so as to determine the safety conditions for the processing, storage and transportation of the chemicals accordingly. It is widely used in the research and development and optimization of chemical processes in the fields of fine chemicals, petrochemicals, agricultural fertilizers, polymers and plastics, energy-containing materials, etc.; the effective assessment of thermal hazards in the process of storage and transportation of chemicals; and the scientific research on the thermodynamics of chemical reactions. It is mainly used for chemical process research and development, process optimization and scale-up, chemical thermal hazard assessment, investigation and analysis of combustion and explosion accidents, and thermodynamic research in the fields of fine chemicals, pharmaceuticals, energy-containing materials, organic chemistry, polymers and plastics, and so on.

Product Features

1. Supports Heating - Waiting - Scanning (HWS) mode, constant - temperature mode, isochronous scanning mode, etc. 2. Equipped with professional data - analysis software, enabling automatic calculation of parameters such as exothermic onset temperature, adiabatic temperature rise, activation energy, and pre - exponential factor. 3. The software integrates the safety risk assessment methods and standards for reactions in the *Guidelines for Safety Risk Assessment of Fine Chemical Reactions* issued by the former State Administration of Work Safety, enabling one - stop assessment of the hazard level of reaction processes. 4. Key components are from well - known international brands, ensuring the long - term and stable operation of the instrument. 5. After the experiment, an inert gas can be introduced to rapidly cool down the furnace body. 6. Features an experimental status indication function, as well as overpressure and over - temperature alarm functions. 7. The furnace cover has an automatic lifting function, ensuring safety and facilitating operation. 8. With professional industrial design, it is simple and elegant, has a user - friendly human - machine interaction, and is easy to learn, understand, and operate. 9. The data - analysis software incorporates the differential conversion - rate thermodynamics calculation method, which has significant advantages in the calculation of the thermal decomposition kinetics of mixed materials and the prediction of thermal hazards.

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