Isleham, UK — Asynt has announced the availability of new data demonstrating the outstanding performance of its DrySyn Classic heating blocks. Recent design improvements in this popular product have resulted in improved heat transfer characteristics up to 300 ??C, faster heating and cooling, and a smaller footprint.
Used in combination with a standard hotplate stirrer, DrySyn Classic units have proved themselves with their ability to outperform the heat-conducting properties of oil baths. They pose a far lower fire risk and their use makes the clean-up of glassware far easier as there is no residual oil contamination on the outside of the flasks.
In addition to accelerating chemical reactions, DrySyn Classic heating blocks ensure a safer, cleaner, healthier working environment.
The DrySyn Classic also provides a superior alternative to heating mantles.
Designed by chemists for chemists, the DrySyn Classic provides full unhindered visibility of your reaction.
In addition heat resistant handles allow fast, easy and safe lifting of your reaction flask from the heater/stirrer.
The highly affordable DrySyn Classic system consists of a base that will accommodate 1000 ml flasks and 4 inserts for 500 ml, 250 ml 100 ml and 50 ml flasks.
Solid anodised aluminium construction delivers outstanding thermal and magnetic transfer efficiency and the durability suitable for use in any laboratory environment.
For further information about the DrySyn Classic heating block system please contact Asynt on +44-1638-781709 or 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 Lab Reactors, Synthesis Tools, Evaporators, Circulators, Temperature Control Systems, Vacuum Pumps and Laboratory Safety Equipment.
Asynt Ltd Unit 29,
Hall Barn Industrial Estate
Isleham Cambridgeshire CB7 5RJ