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Related Article

• Advantages of freeze drying technology for laboratory freeze dryers
  Drying methods are various, such as drying, boiling, drying, spray drying, and vacuum drying, but ordinary drying methods are usually carried out at temperatures above 0 ° C or higher. The products obtained by drying generally have problems of shrinking size and hardening of the texture. Most of the volatile components are lost, some heat-sensitive substances are denatured and deactivated, and some substances are even oxidized. Therefore, the dried product has a large difference in properties compared with that before drying. The freeze drying technology of the laboratory freeze dryer has the following advantages over the advantages of ordinary drying technology:
• How To Increase The Cooling Rate Of A Freeze Dryer
  The cooling rate of a freeze dryer refers to the speed at which the temperature of the shelves or the material decreases per unit of time, typically expressed in degrees Celsius per minute (°C/min). It directly determines the efficiency of the pre-freezing stage and has a significant impact on the quality of the final product.
• Why Does An In-situ Electrically Heated Freeze Dryer Require Heating?
  An in-situ electrically heated freeze dryer is an intelligent vacuum freeze-drying device designed to complete both the pre-freezing and drying of materials on the very same shelf, utilizing a built-in electrical heating system within the shelves to precisely control temperature.