The Asynt CondenSyn is a new high performance air condenser for synthetic chemistry experiments that requires no cooling water for operation. Find out more in our new press release.
Asynt hotplate stirrers are designed to offer synthetic chemistry laboratories a combination of affordability, top build quality and high performance without compromising on safety.
Asynt announces a new range of high quality, non-ducted fume cupboards designed to sit on a standard laboratory bench.
Asynt has formed a partnership with Asahi Glassplant (AG!) to supply their range of high performance reaction vessels. By using resized glass – AG! can produce reaction vessels with a unique thinner inner jacket wall that increases heat transfer rates but without compromising on the strength or safety aspects of the vessel.
The DrySyn Snowstorm MULTI from Asynt provides a simple and highly effective way to perform multiple reactions in parallel across a large temperature range including sub-ambient chemistries such as organometallic syntheses and controlled rate crystallisation studies down to -60°C.
Judged by an independent panel of industry experts – Asynt Ltd. was chosen as the winner of the Lions’ Lair competition at the recent Lab Innovations 2014 exhibition and conference at the NEC, Birmingham, UK.
The DrySyn water manifold from Asynt optimises use of laboratory fume cupboard coolant use by converting a single water tap into three condensing streams and into one drain. Find out how useful it could be in your lab.
Asynt has introduced a new range of Gas Bubblers that enable chemists to visibly confirm that their reaction system is being flushed with an inert gas such as nitrogen.
Drawing upon the in-depth knowledge of its technical staff and a flexible production facility – Asynt is able to offer organizations custom specified laboratory apparatus exactly meeting the demands of their application or project.
The DrySyn MULTI from Asynt converts any standard hotplate stirrer into a high performance reaction block accommodating 3 round-bottomed flasks* or up to 12 reactions in tubes or vials.
