Designed for chemists undertaking parallel syntheses the Asynt DrySyn 3-Position Clamp enables secure clamping of up to three round bottom flasks or condensers to a standard boss head. Continue reading
Asynt reports on how chemistry labs, seeking to minimise water wastage, are electing to replace Liebig-style water condensers with their CondenSyn waterless air condenser, for both reflux and distillation reactions. Continue reading
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. Continue reading
The DrySyn SnowStorm range from Asynt offers an attractive solution for scientists looking to undertake low temperature chemical reactions and studies. Continue reading
Asynt report on how installation of a Liquid Nitrogen generator at the Scottish Association for Marine Science (SAMS) is helping the organisation improve long term cryostorage of their precious samples in an environmentally friendly manner. Continue reading
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. Continue reading
Leading multinational life sciences tools and diagnostics developer – QuantuMDx has invested in the Asynt professional range of non-ducted laboratory filtration and fume cabinets which sit directly on benchtop surfaces. Continue reading
The Asynt MultiCell is a lightweight, high pressure parallel reactor designed for undertaking experiments including carbonylation, hydrogenation, catalysis and supercritical fluid reactions as well as air sensitive material studies. Continue reading
Asynt has produced a new report** that compares the thermal performance and advantages of vacuum jacketed versus non-vacuum jacketed reaction vessels. Continue reading
Asynt reports on its collaboration with the Department of Chemistry, University of Bath (UK) in the development of a novel mesoscale segmented flow reactor with information from Dr Karen Robertson. Continue reading
A fresh outlook in chemistry technologies
