1. Adopting the principle of U-shaped tube vibration method, suitable for automatic measurement of liquid density
2. Using imported advanced XFMD chips for processing, high sensitivity and accurate data
3. Adopting a dedicated automatic sampling system, automatic quantification technology, and high precision
4. Adopting self-developed residual removal technology to ensure that the sample is free of residue
5. Adopting independently developed refrigeration technology, with high refrigeration efficiency and environmental friendliness
6. During the flow of liquid, residual liquid will be left on the inner wall of the oscillating tube, which will affect the measurement accuracy. Therefore, by performing wall free treatment on the inner wall of the oscillating tube, residual liquid on the inner wall of the oscillating tube can be avoided, ensuring the accuracy of the instrument.
7. Built in storage chip, capable of storing 80 sets of detection data, and can be recalled and deleted
8. Using 20 ℃ pure water as a standard to calibrate the instrument is a function that glass density meters cannot achieve.
9. Insert the sample tube into the liquid, press the "Sampling" button once, and the liquid will be automatically drawn into the shaker. When the instrument is kept at a constant temperature of 20 ± 0.1 ℃, the screen will directly display the temperature and density values of the liquid
10. First, drain the liquid inside the vibrating tube, and then clean the vibrating tube with a suitable cleaning solution until no residue is visible inside
