Because the freezing point of water decreases with the level of dissolved solutes, the freezing point osmometer is the industry's preferred model. It provides the highest level of accuracy and precision.

Principle of Freezing Point Osmometer:

The freezing point osmometer operates in accordance with Raoul's freezing point theory. It relies on the principle that the freezing point depression of a solution is directly proportional to its molar concentration. Utilizing a highly sensitive temperature-sensing element, the instrument measures the freezing point of various solutions, enabling the derivation of osmotic pressure molar concentration. This theoretical approach finds extensive application in the testing and research of osmotic pressure molar concentration, particularly in fields such as pharmaceuticals, pharmaceutical analysis, and biological and food therapy.

Freezing Point Osmometer Specifications:

Freezing Point Osmometer Features:

1. The osmometer is equipped with electronic signature and user classification management functionalities, it complies with CFR PART21, allowing data queries based on time and storing up to 3 years of testing data.

2. Capable of performing single-point or multi-point (31-point) linear calibration, ensuring the freezing point osmometer maintains detection accuracy across various range intervals for stability.

3. Utilizing a screw linear guide motor design, the entire testing process can be seamlessly completed with just a touch on the screen.

4. The temperature probe features a double refrigeration system, boasting a brief pre-cooling time and rapid detection speed to facilitate continuous testing.

5. Simultaneously displays osmotic pressure molar concentration value, freezing point value, and molar concentration ratio.

6. The cooling system adopts an athermal transfer fluid design, reducing the need for frequent maintenance.

Applications of Osmometer:

1. Osmolometers are a key piece of equipment in a range of laboratory environments:

2. Clinical chemistry: For testing serum, urine, plasma and other body fluids

3. Medical laboratories: To detect electrolytic disorders and metabolic and toxic conditions

4. Pharmaceutical industry: Monitoring of biological processes in the pharmaceutical industry

5. Organic and inorganic chemistry: Determining the average molecular weight of polymers or other unknown compounds or mixtures

6. Other biological applications: Analysing plant sap, hydroponic or cell culture media