Water stills are carefully designed to produce high purity pyrogen free distilled water. The water still made from 3.3 exp. borosilicate glass comprises of horizontal type boiler, condenser, constant level device, silica sheathed (Quartz) heater, along with stand and clamps.Features•    Borosi...

It comprises of horizontal borosilicate glass boiler fitted with a 3 KW chromium plated immersion heater with cut-off, highly efficient coil condenser ensures a reliable output of single distillate. Features•    Abundant Output : The still provides 4 ltr/hr of distilled water which is ideal fo...

This is a fully automatic water distillation equipment and can be used in research laboratories, hospitals etc. It is manufactured from 3.3 exp borosilicate glass or quartz glass. The distillation has following features :•    Replaceable Silica Sheathed (Quartz) Heater : The horizontal jacket ...

 Replaceable Silica Heater : The horizontal quartz jacket is fitted with removable silica heater and screw threaded connectors for ease of cleaning.   Distillate temperature is approx. between 25° to 45° C which is ensured by an efficient condenser.   The stand is powder coated for rust free...

The apparatus consists of a boiler made from high purity quartz with built in heater and bottom discharge joint for easy cleaning of deposits. A spiral condenser is fitted on the boiler with receiving adapter. The unit comes with Safety Control Unit (Optional) to protect the Glass parts in cas...

Replaceable Silica Heater : The horizontal quartz jacket is fitted with removable silica heater and screw threaded connectors for ease of cleaning. Distillate temperature is approx. between 25° to 45° C which is ensured by an efficient condenser. The stand is powder coated for rust free opera...

The lower boiler has a built in heater enclosed in a quartz boiler with a cup on top.The upper boiler has a built in quartz coil and condensing unit which is mounted on the boiler with the help of ball and socket joint.Double walled condenser ensures separate condensation of vapors coming from...