1. Core function: The automatic freezing point analyzer uses a high-precision temperature control system and sensors to monitor the temperature changes of liquid samples in real time during the cooling process, accurately capturing the critical value of freezing point (freezing point) as key data.

2. Application Fields

Dairy industry: Testing the freezing point of milk to determine whether water has been added or to evaluate the purity of raw milk (according to GB/T 5413.38-2016 standard).

Petrochemical industry: Determine the freezing point of fuels (such as diesel and aviation kerosene) to ensure fluidity and safety in low-temperature environments.

Food processing: Monitor the freezing point of frozen foods and beverages, optimize processing techniques and storage conditions.

In the field of medicine: Analyze the freezing point stability of drug solutions or biologics to ensure the reliability of cold chain transportation.

3. Technical advantages

Automated operation: integrating cooling, data collection, and result calculation functions to reduce manual intervention and errors.

Efficient and Accurate: Supports rapid detection of multiple batches, with a resolution of up to 0.001 ℃ and a repeatability error of less than ± 0.005 ℃.

Intelligent analysis: Built in data storage, calibration program, and fault diagnosis function, supporting result printing or online transmission.

4. Industry standard support

Comply with international and domestic standards (such as ISO, ASTM, GB/T, etc.) to ensure the authority and compliance of test results.

5. Actual application value

Production control: Optimize formula design to reduce raw material waste.

Research support: Provide reliable experimental data for the study of low-temperature performance of materials.

Quality supervision: Assist enterprises in obtaining industry certification and enhancing product market competitiveness.