What are the key features of high pressure reactors? We take a look at how different volumes, temperature, pressures, materials and processes can benefit your chemistry
Asynt announces that Rapid Powders Ltd. (Stoke-on-Trent, UK) has been using a PressureSyn High Pressure Reactor to undertake series of process experiments using small amounts of precious materials to produce optimally functionalised polymers.
Monitoring your reaction process is essential for understanding what’s actually occurring in your reactor. We look at reactor sampling systems in this useful blog.
Here at Asynt we fabricate high pressure reactors specifically suited to each customers requirements. Since our capabilities are endless, with a wide variety of options available, we have put together a handy guide so you know what is available!
Asynt has developed a novel high-pressure reactor array that integrates directly with the Integrity 10 Reaction Station, enabling scientists to undertake 10 independently pressurised reactions (up to 100 barg) in parallel.
Asynt announce the launch of the Multicell PLUS – a high pressure parallel reactor system with a wide choice of configurations for optimised screening of chemical reactions.
Proven in numerous installations worldwide, the Asynt High Pressure Parallel Reactor can be custom configured to optimally suit applications including homogeneous and heterogeneous catalysis, hydrogenation, carbonylation, corrosion testing, parallel synthesis and screening.
French-born British physicist, Denis Papin, could be termed the original master of pressure having invented the pressure cooker and suggested the first cylinder and piston steam engine. We offer our thanks for his contribution to the current range of pressure reactors for the modern laboratory.
We are very pleased to announce that Martyn Fordham has won the Lab Innovations 2014 Lions Lair competition with PressureSyn – the high pressure reactor with safety built in.
