The Chianese Organometallic Chemistry group at Colgate University (Hamilton, NY, USA) are using a custom designed Multicell Parallel High-Pressure Reactor from Asynt to conduct reproducible hydrogenation experiments in parallel, to rapidly determine the kinetic properties of their novel catalysts. Continue reading
The CondenSyn Waterless Air Condenser from Asynt is a proven ‘green’ replacement for water cooled condensers and suitable for greater than 95% of all chemical reflux applications. Continue reading
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 announce an updated 2020 version of its popular best practice guide for safely using laboratory heating blocks. 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
The DrySyn Scholar Kit from Asynt has been designed to meet, without compromise, the safety requirements required in academic laboratories for the heating and stirring of round bottom flasks, whilst maintaining ease of set up and use. Continue reading
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. Continue reading
Asynt announces FroSyn – an innovative fluid-free cooling plate that enables rapid cooling of samples in vials or round bottom flasks (up to 500 mL) to below -60 °C. Continue reading
The DrySyn range of heating & cooling blocks from Asynt is enabling laboratories around the world to undertake clean, safe synthetic reactions both individually or in parallel. Download our new technical brochure now! Continue reading
The DrySyn Spiral Evaporator from Asynt is enabling the Cresswell Group within the Department of Chemistry at the University of Bath (UK) to improve and streamline many aspects of their synthetic organic methods development. Continue reading
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