Flask block heaters

... as COD, TOC, total nitrogen, total phosphorus and metals are pre-programmed in the heating blocks and help the user to avoid mistakes. Type - Heating block for chemical-analytical digestions Bores ...

Stirring-heating block combination with 15 stirring positions, 15 bore holes, ø 71.5 mm, depth 78 mm, distance 84 mm, suitable for 250 ml lab-flasks (e.g. Schott) and for 400 ml beaker glasses (tall form). Stirring ...

Stirring-heating block combination with 8 stirring positions, 8 bore holes, ø 87.2 mm, depth 78 mm, suitable for 250 ml Erlenmeyer flasks. Stirring - Maintenance-free and wear-free by inductive 2mag-Magnetic ...

... offers controlled cooling for single round bottom flasks without having to resorting to jacketed reaction vessels. This cost effective solution allows the chemist to use standard round bottom flasks ...

... of standard insets for round bottom flasks from 50 mL to 500 mL, or with custom manufactured reaction vial holding plates. The use of either weights and seals for the flask inserts or ...

... active temperature control of your chemistry from ambient to -30 oC. The unattended operation of up to 3 x 100 mL reaction flasks combined with the small benchtop footprint allows you to increase throughput without ...

EMCLAB's stirring dry baths are able to stirr and heat-up several laboratory bottles, beakers or Erlenmeyer flasks at the same time. They are maintenance- and wear-free due to the inductive ...