EasyMax 402 Advanced and HFCal
Calorimetry for Safety Screening.The EasyMax 402 HFCal: a reaction calorimeter designed for fast and efficient safety screening and characterization of chemical processes early in development.
Uncover Potential Safety Issues
Non-scalable conditions, such as accumulation, bad mixing, mass transfer or dosing issues can easily be identified with the EasyMax 402 HFCal.
True Heat Flow Is Important
Unlike conventional heat flow calorimetry, the EasyMax HFCal determines the true heat as released by the chemical reaction to make the right conclusions.
Process Development - Fast and Reliable
Continuous monitoring of the reaction progress, the heat release, and possible accumulation makes process development faster and more predictable.
Material No.: 300842101
| Dimensions (HxWxD)||28 cm x 43 cm x 36 cm|
| Material||Powder-coated stainless steel with FEP coated cover plate|
| Power Requirements||100 – 240 VAC, 50/60Hz|
| Operating Volume||15 mL – 400 mL|
| Temperature range||-40 °C – -180 °C|
| Heating / Cooling||Solid State Thermostat|
| Back / Front light||Yes/No|
| Temperature Modes||Jacket control, reaction mixture control, distillation control, crystallization control|
| Weight||20 kg|
| Material Number(s)||300842101|
Data Analysis - Efficient and Accurate
The EasyMax 102 HFCal collects and stores a wealth of information during an experiment. iControl software automatically calculates heat transfer data, specific heat of the reaction mass, heat flow and reaction enthalpies, and it presents all data in a report.
Heat Flow Calorimetry for Development
The versatile EasyMax 402 HFCal provides essential chemical and thermodynamic information, reduces unnecessary experiments, saves precious time and material, reduces cost, and increases efficiency of process development.
Integration with Analytical Probes
The seamless integration of heat data with online analytical techniques and other process data significantly enhances understanding of the course of the reaction, its potential risk, and the formation of by-products to allow users to draw better conclusions.
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