Lean on the good cooperation relationships with the University and Instituation ,we have got the latest technology and process for the new equipments deveopments .as the fast growth in the marketing ,JOSTON machinery is founded which have the standard morden plant ,covering marketing,product development, precision parts process, production amd assembly ,quality inspection ,after sale service and core management team.
LAB SCALE LOW TEMPERATURE SOLVENT DISTILL(RECOVERY) SYSTEM
Suitable for
Used for the concentration field to remove the solvent from the product
Evaporation solvent:
Water ,Ethanol ,Methanol ,acetone ,Butane, Propane & Isobutane etc.
Recovery capacity
5kg/h-100kg/h
Distill condition:
Vacuum ,atm
Heating medium:
Steam ,thermal oil ,hot water ,electrical
Warranty: 1-Year
Usage
It is designed for research and small scale solvent recovery unit .also it is used for the concentration field to remove the solvent from the product .so it is widely used in the lab or company for some formula studying research purpose .It is widely used to evaporate and distill the solvent out from the mother liquid ,like the methanol ,ethanol ,acetone etc in the parmaceutical ,chemical and APIs processing etc field .
Working principle
Due to the different solvent boling temperature is difference , so the low boiling temperature solvent will be distilled and evaporate from the mother liquid firstly ,and the evaporated solvent will be condensate by condenser and collection in the collection tank .as this principle ,so this equipment also will be used for the solvent recovery and solvent purify purpose .
Character
1) .heating by electrical or steam ,the vapor temperature can be control
2) .working under vacuum ,so the evaporate temperature is low ,it is fit to the temperature sensitive products .
3) .Solvent output purify is high ,due to it is used double stage distill column which inside equipped the Stainless steel packing material .
4) .Structure is impact ,all items located in a SS platform frame ,the room space required is small .
