The Stormer viscometer uses a stylish and modern high technology to measure the viscosity of paints, inks and coatings quickly, accurately and conveniently. Powerful and highly intelligent, it is far from comparable to previous liquid crystal display viscometers. Self-built 30 sets of test procedures help users to quickly and accurately obtain the viscosity and related data of the sample. The 5-inch super-large color touch screen can comprehensively and vividly display various parameters and working conditions. It has obvious advantages such as many measurement parameters, rich display content, convenient operation, intuitive reading, high measurement accuracy, stable speed, strong anti-interference performance, and wide working voltage.
The Stormer viscometer is a testing instrument used to measure the viscosity of paints and other coatings expressed by KU value. The KU value of the tested sample and the load value (unit: g) and reference viscosity value (unit: cP) associated with the KU value are simultaneously displayed on the LCD screen. The use environment of the Stormer viscometer: 1.
Stormer
viscosity The meter should be placed on a solid and flat table away from strong airflow, strong magnetic field, strong electric field, and strong electromagnetic pulse interference.
2. The temperature in the laboratory should be 25℃±2℃, and the relative humidity should not be greater than 75%.
3. The sample temperature should be 25℃±0.2℃.
The Stormer viscometer is a testing instrument used to measure the viscosity of paints and other coatings marked with KU value. The instrument can display the KU value of the tested sample, or the coincidence value connected with the KU value (unit: g). Stormer viscometer is controlled by microcomputer. The stirring blade is driven by a special constant speed motor to rotate at a speed of 200r/min, and the resistance torque received by the stirring blade rotating in the sample to be tested is converted by a computer to generate 200r/min in KU value (Krebs Krebs) unit (KU). A logarithmic function of the load required by the min speed, generally used to indicate the viscosity for brushing and rolling. The instrument performs weighting calculation and related processing on the data, automatically deletes the data in the off-center area, and improves the measurement repeatability index of the instrument. The operator only needs to immerse the stirring blade into the sample to be tested to the specified depth, and the KU value of the sample and the associated load value can be directly read from the instrument.
