Isleham, UK — The DrySyn MULTI from Asynt allows scientists to perform safe, productive heating and stirring experiments with the widest possible range of laboratory glassware.
Affordably priced the DrySyn MULTI converts any standard hotplate stirrer into a reaction block accommodating 3 flasks of 10 ml – 100 ml*, or up to 12 reactions in tubes or vials.
The ingenious three-way MULTI clamps make it quick and easy to secure flasks in place, while DrySyn???s shallow well shape increases reaction visibility and minimises the possibility of glass fractures.
Made of chemically resistant, anodized aluminium, DrySyn MULTI heating blocks offer excellent heating performance to over 300 ??C and can heat a reaction flask 25 per cent faster than an oil bath. Providing excellent heating and stirring performance but without the inherent risks and mess of an oil bath, DrySyn heating blocks help lab scientists create a safer, cleaner and more efficient working environment.
The DrySyn MULTI also offers a flexible, safe alternative to using heating mantles.
The DrySyn MULTI’s combination of flexibility, productive performance and safety at a truly affordable price is particularly popular in teaching and open-access laboratories, where a single compact reaction station can provide heating facilities for several users.
For further information and pricing on the DrySyn MULTI please visit www.asynt.com/product_view.php?ProductID=6 or contact Asynt on +44-1638-781709 / email@example.com.
Asynt is a leading supplier of affordable products, consumables and services for chemists in industry and academia. With staff of trained chemists – Asynt is able to draw upon this in-depth applications knowledge to provide a high level of customer support for its DrySyn Heating Blocks, Controlled Laboratory Reactors, Synthesis Tools, Evaporators, Circulators, temperature Control Systems, Vacuum Pumps and Laboratory Safety Equipment.
* DrySyn Multi (10-100ml), DrySyn Multi M (10-250ml) and DrySyn Multi S (10-500ml)
Unit 29, Hall Barn Industrial Estate
Cambridgeshire CB7 5RJ