Small scale glass- / steel lab pressure reactor (unstirred)

miniclave with glass and steel reactors — **miniclave system with interchangeable glass- and steel reactors (with PTFE insert)**

Laboratory pressure reactor system / Stirred autoclave for chemical research

Reactor volume: 100 to 300 ml
Pressure: -1 (FV) to +10 bar / 100 bar
Temperature: -20 °C to +200 / 300 °C
Material: Borosilicate glass 3.3, stainless steel, Hastelloy®, PTFE

Other materials, pressures & temperatures are available

This pressure reactor system is designed for the use of interchangeable pressure vessels in glass, steel, Hastelloy®, Teflon. Safety features guarantee safe reactions under pressure.

The glass pressure reactors ensure high resistance against acids, while allowing visual process control and monitoring.

A wide range of accessories is available – talk to us to define the right setup for your specific need.

Standard package

Vessel holder with protective mesh
Glass pressure vessel
Union nut
Cover plate with 4 openings and standard setup
Swagelok® fittings with bursting disc, manometer, 1 valve and Pt100
Tools and spare parts

Heating of reactor using proprietary Buchi electric heating solution

With our newly developed heating jacket, you can easily heat the miniclave. To do this, place the miniclave in the heating jacket and the stand ensures a secure hold.

This heating solution is supplied with a control unit and enables fast, uncomplicated commissioning and reliable temperature control of the reactor.

Features:

FAT (Fast Adaptive Tuning) temperature control
Operating states with different colored LED signal
Reactor or jacket temperature control
Limit temperature switch-off
Timeout function with switch-off
Menu navigation in German, English, Spanish & French

Examples

**Interchangeable glass pressure vessel 4 ports on reactor cover incl. accessories**

References

Buchiglas miniclave steel at McGill University

"The equipment is great to use! I really enjoy the quality of the stainless steel. Knowing that the vessel will be sealed as long as I operate under the designated safety measure makes me feel confident in the equipment! The vessel is a pleasure to work with and I have recommended Buchiglas to my colleagues.”
John Weilenmann, MSc. Bioresource Engineering Candidate, McGill University

For more information read the Case Study "Developing Carrier Molecules to Enhance Drug Delivery".