Requested by Asynt’s customers, the new CondenSyn® MAXI is ideal for larger scale synthetic chemical reactions and is the latest addition to their popular laboratory air condenser range which is proven in tens of thousands of installations worldwide – empowering you to scale up your chemistry, scale down your water consumption.
The CondenSyn MAXI enables scientists to use CondenSyn to scale up their results effectively from small benchtop synthesis scale to large volume jacketed reactor vessels.
Scale up your chemistry without water cooling
Made using a unique design and manufacturing method, the CondenSyn MAXI has a large surface area specifically designed for effective condensing of solvent volumes above 1L.. With options to suit both reflux and distillation applications, the CondenSyn MAXI is a high-performance alternative to traditional water-cooled condensers. Available in two lengths, the CondenSyn MAXI is suitable for use under vacuum as well as standard laboratory and inert atmospheres.
Offering clear visibility of ongoing experiments, the CondenSyn MAXI is easy to clean and maintain. It is robust and can be washed like standard laboratory glassware in a dishwasher or solvent-cleaning bath and has a useful no-roll feature which makes storage easy.
Without the need for constant running tap water for cooling, the CondenSyn MAXI also enables laboratories to substantially reduce their environmental impact and their running costs. It also negates any potential flooding, or loss of solvent.
Find out more about the CondenSyn® MAXI – perfect for scale up
To find out more about the NEW CondenSyn MAXI please visit our product page here: https://www.asynt.com/product/condensyn-maxi-reflux-condenser/ or contact us to discuss how this would positively impact your chemistry.
Download this press release in full in PDF format: Scale up your chemistry, scale down your water consumption
Un condenseur pour augmenter votre production chimique et diminuer votre consommation d’eau
Ihre Chemie hinauf- und Ihren Wasserverbrauch hinunterskalieren
Amplíe su química, reduzca su consumo de agua
