Technical features:

1. 7-inch wide touch screen, easy to operate, displaying rich information

2. Optional DV data acquisition and programmable software can measure rheological properties, and the screen can directly display rheological curves

3. Display shear rate and shear stress indicators

4. Design of anti-static shell and metal lifting rod

5. Built in RTD temperature probe 6: ARM chip processor for faster data processing speed

7. Durable new small axis design 8: Powerful human-computer interaction interface

9. Gigabit Ethernet port data communication transmission, fast and reliable data transmission.

10. Support external USB data storage; Choose from three storage methods: single point, continuous, and timed.

11. Password protected temperature and viscosity correction coefficients allow users to self correct temperature and viscosity correction coefficients with reliable and accurate data.

12. Supports infinitely variable speed viscosity measurement, and any input speed directly reflects the full range of each rotor, making it convenient for users to select testing conditions.

13. Automatic conversion of dynamic viscosity and kinematic viscosity

14. Arbitrary exchange of multiple viscosity units

15. Multiple user-friendly interface styles are interchangeable

16. Randomly come with powerful operation wizard assistance

17. Continuous variation of viscosity value display

18. There will be an alarm sound when the measurement range is exceeded

19. Full range linear calibration of computers

20. AC power adapter 100V-240V, with good anti-interference performance

Optional attachments:

DV data acquisition and programmable software dedicated viscosity measurement constant temperature water bath

Ultra low viscosity adapter, small sample adapter

Standard liquid microprinter external circulation glass beaker

Application:

Adhesive latex solvent type adhesive polymer solution petroleum paint coating solvent

Cosmetics, dairy products, pharmaceuticals, fruit juice, etc

NTV-P2 technical parameters: M： million