




Rotational viscometers are widely used in oil, paint, slurry, textile, food, drug, adhesive, cosmetics and other production industries and scientific research units. With the advantages of accurate, fast, intuitive and simple measurement, the instrument has been selected by customers in various industries.
Using 16-bit microcomputer processor as the core of stepping electric high subdivision drive, LCD backlight display, with stable speed, good accuracy, programmed design, easy operation, error alarm and other functions, the screen directly displays viscosity, speed, hundred Information such as submeter torque, rotor number, and temperature of the liquid to be measured. The instrument's full scale and linearity of each gear are all measured and corrected through the PC interface, and its measurement performance and functions have reached the professional level of the same type in CHINA.
1. Large-screen backlit LCD display, which can display the normal information such as rotor number, speed, viscosity, torque percentage, sample temperature, etc., and can also display shear rate and shear stress;
2. With automatic scanning function, it can automatically suggest the best combination of rotor and speed to ensure the high precision of the test;
3. A variety of rotors can be used in one machine: ordinary rotors (1#, 2#, 3#, 4#); high-viscosity rotors (5#, 6#, 7#);
4. Using more professional accuracy calibration technology, the accuracy and linearity of each gear are all measured and corrected by an external computer with standard silicone oils of different viscosities. Ensure the high precision and accuracy of the instrument;
5. With over-range alarm function;
6. The temperature measurement probe can be selected to measure the temperature of the tested sample in real time. The temperature measurement range is 0~100℃, and the temperature measurement accuracy is 0.1℃;
7. With RS232 (or optional USB2.0) interface, connected to the computer;
8. Equipped with standard data processing software, it can record the change of viscosity with different shear rate, time and temperature in real time, which provides a good method for understanding the viscosity characteristics of non-Newtonian liquids.