The Simular provides the flexibility of a jacketed reactor with the accuracy of a dedicated calorimeter. Feature-packed and simple to use, the Simular is an indespensible Scale-Up tool which delivers accurate heat-flow and power-compensation calorimetry for expert and development chemists alike.

The Thermal Screening Unit (TSu) is the first step in reaction hazard assessment. The system offers the full advantages of classical DSC/DTA analysis with the added advantage of gas evolution measurement - critical in identifying potentially explosive situations.

The Phi-TEC I is a computer-controlled adiabatic calorimeter that can be used to determine the heat evolved and pressure developed during an uncontrolled exothermic runaway reaction. It is the modern alternative to the classic "ARC" developed by Dow Chemicals

For vital Vent-Sizing and plant safety investigations, the Phi-TEC II is a low PHI-factor adiabatic calorimeter with the capability of accurately simulating the behaviour of a large-scale chemical reactor under conditions virtually identical to a large-scale plant, while using only 10-100mL of sample.

Specially designed for safety testing of large and small scale (Li-ion & similar) batteries and components, the BTC is an evolution on standard "ARC-type" (TM) adiabatic calorimeters - providing a hazard assessment tool for the increasingly important field of energy-storage devices.

On-Line Calorimetry is a novel solution enabling heat-flow data to be generated in real-time without any prior knowledge of calorimetry. The system can be supplied with new or added to existing chemical reactors.