Laboratory crystallization water chiller

Application of laboratory crystallization water chiller：

1. Chemical synthesis:

• Crystallization separation: In the process of chemical synthesis, the target compound is separated by crystallization to remove impurities.
• Temperature control: In the crystallization process, precise temperature control is essential to obtain high purity and high yield crystals.

2. Pharmaceutical Industry:
   •Drug crystallization: During drug synthesis, drug components are separated and purified by crystallization.
   •Quality control: Ensure temperature consistency during crystallization and improve the quality control level of drugs.

3. Material Science:
   •Nanomaterial preparation: When preparing nanomaterials, precise temperature control helps to form uniform nanoparticles.
   •Crystal growth: During crystal growth, precise temperature control helps to obtain high-quality crystals.

4. Food Science:
   •Crystallized sugars: During food processing, the crystal morphology of sugars is controlled by crystallization.
   •Fat crystallization: During fat crystallization, precise temperature control helps to form the desired crystal morphology.

Features of Laboratory Crystallization Water Chiller

1. Precise temperature control:
   •Laboratory crystallization freezers are usually able to provide high-precision temperature control, with a control accuracy of ±0.1°C or higher.
   •Use PID controllers or other advanced temperature control technologies to ensure temperature stability during crystallization.

2. Wide temperature range:
   •Laboratory crystallization freezers can usually cover a range from room temperature to low temperatures (such as -40°C), suitable for different types of crystallization experiments.
   •Some high-end models can even reach lower temperatures, such as -80°C or lower.

3. Rapid cooling capability:
   •Laboratory crystallization water chillers have the ability to quickly cool down and can reduce the temperature to the required level in a short time.
   •Rapid cooling helps improve experimental efficiency, especially in experiments that require frequent changes in temperature conditions.

4. Circulating cooling system:
   •Laboratory crystallization water chillers are usually equipped with a circulating cooling system, which circulates cooling water or other cooling media between the reaction vessel and the freezer to remove the heat in the reaction vessel.
   •The circulation system can ensure uniform temperature distribution and avoid local overcooling or overheating.

5. Automation and remote control:
   •Laboratory crystallization water chillers usually have automated control functions and can automatically adjust the temperature according to experimental requirements.
   •Support remote monitoring and data recording functions, so that experimental personnel can understand temperature changes in real time.