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New 100mL Pressure Reactors Expand EasyMax® Versatility

Published: Tuesday, January 15, 2013
Last Updated: Monday, January 14, 2013
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100mL Hastelloy pressure reactors enables the development of robust chemical processes at lab scale.

Mettler Toledo has announced the launch of 100mL Hastelloy Pressure Reactors EM20-100-HC and EM60-100-HC, designed for use with the EasyMax®, the synthesis workstation which enables the development of robust chemical processes at lab scale.

These reactors expand the use of EasyMax® to both organic chemists who seek an autoclave-like experience and chemical engineers who desire high-pressure process characterization.

Accurate, repeatable high-pressure experiments are facilitated by its data collection capabilities.

The 100mL pressure reactor’s design expands the use of EasyMax® in two ways.

First, in its basic configuration, organic chemists gain quick set-up and fast results from low- and mid-pressure reactions using the in-built touchscreen/reactor combination like an autoclave.

This simplifies mixing, temperature and pressure control and allows easy measurement of reaction factors such as mass flow and gas uptake.

The second solution involves combining EasyMax® and the 100mL pressure reactor with accessories such as iControl™ software.

Chemical engineers gain the ability to thoroughly evaluate reaction parameters such as gas consumption, mass transfer, kinetic activity and heterogenic catalysis in mid and high-pressure reactions.

Existing ReactIR™ probes that provide robust in-process reaction characterization are compatible with the reactor.

The 100mL reactor can also be easily switched for the 50mL Pressure Reactor to further enhance EasyMax® versatility for those who study both small and litre-scale reactions.

The reactor facilitates experiments between 20°C and 180°C. For additional product specifications, and to learn more about how Mettler Toledo EasyMax® plus the 100mL Hastelloy Pressure Reactor can help minimize experiment time while maximizing research resources, visit

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