Custom MULTICELL Parallel High Pressure Reactors
Asynt offers cost-effective custom MULTICELL parallel high pressure reactors for scientists worldwide. This highly customisable and lightweight platform is suitable for numerous stirred or non stirred applications. These include hydrogenations and applications where air sensitive materials are used or any other reaction where pressure or temperature are required.
These offer the user the ability to screen 10 x 30 mL reactions at pressures of up to 100 bar or 200 bar as standard but this can be extended with customisation options (see below).
Our custom MULTICELL parallel high pressure reactors can be used with a standard hotplate stirrer or can be customised to have multiple temperature zones.
Customise, don’t compromise
There are a wide variety of factory options available to customise this versatile parallel reactor, from facilities for internal cell measurement, sealed sample/additions valves, condenser jackets, electrical heating options, liquid charging systems, gas supply/mixing systems, air driven stirrer, purged chamber for heaters, and many more. We can also build these reactors from alternative materials, allowing for greater heat capacity and use with particular chemicals.
Types of chemistry typically carried out on these parallel pressure reactors:
- Carbonylations
- Hydrogenations
- Homogeneous and heterogeneous catalysis
- Catalyst Screening, reaction optimisation & materials testing
- Parallel synthesis
- Super critical studies
- Corrosion testing
- One simple closure
- Fail safe mechanism
- 10 x 30 mL vessel in 316 stainless steel as standard, but many factory options available to customise to suit your precise requirements
- Homogeneous and heterogeneous catalysis
- Hydrogenation
- Parallel Synthesis
- Screening
- 100 Bar or 200 Bar @ 300 oC (higher pressure possible with customisation)
- 316 stainless steel (other materials available)
Please contact us to discuss your requirements.
UK / Europe / Global Delivery
Developed in collaboration with our clients / Bespoke design service
Committed to developing sustainable & practical improvements for scientists worldwide
Martyn Fordham, MD