Product Description
Digital ASTM Paint KU Krebs Viscometer Stormer Viscometer
The perfect integration of touch screen technology, high technology in a modern fashion to fast, accurate and convenient measurement of paint, paint or ink viscosity. Powerful, high degree of intelligence. 5 inch color touch screen full, vivid display of various parameters and working conditions. With rich content, convenient operation, high measurement accuracy, good repeatability, stable speed, obvious advantages of strong anti-jamming performance.
DH-STM-2T Strmer viscometer is widely used to determine the paint, ink, paint or other KU values to represent the viscosity of the industry, in line with international standards ASTM, D562 and GB9296 and other related standards.
Main Features:
- The operation interface is simple and clear, and the viscosity test can be done quickly and conveniently through the creation of test program and data analysis;
- Viscosity measurement accuracy: automatic calibration by computer, high precision, small error;
- The display rich content: in addition to KU, G, CP of the three commonly used parameters, and temperature measurements for the full-scale value percentage (graphics), viscosity curve, range overflow alarm, timing, clock date, etc.;
- Timing measurement: very practical. We measured the paint, ink, paint is a typical non Newtonian fluid, the viscosity and temperature on the outside (except the temperature rise, but also with the decrease of viscosity) measurement time length. The paint has ink and paint is shear thinning characteristics, the longer the time of measurement of viscosity the smaller, if the viscosity of samples of the same class are comparable, the measurement time must be the same;
- USB interface,insert U disk to copy measurement data directly(optional)
- Self built 30 sets of test procedures: can be compiled, can quickly call;
- Access to 30 sets of measurement data and curves; stored in the viscometer, the data include sample name, KU, G, CP value, measurement date, etc.;
- The real-time display of the viscosity curve: on the screen at any time watch;
- Can connect micro printer and computer: there are two interfaces, serial connection computer, parallel port connection printer;
- The front level: the rotor is vertically placed in the sample, it is important to the accuracy of measurement data. Through the observation level in front of the three foot level, which can conveniently adjust the base level of the bubble will be adjusted to the middle position (the current domestic Stormer viscometer on the market are not level regulating device);
- Rich optional accessories: temperature probe, viscometer thermostat, constant temperature cup, printer, standard viscosity sample, etc.
Specification:
Model: DH-STM-2T
Control / display mode: 5 inch color touch screen
Speed(r/min): 200
measuring range:
40.2KU -141.0KU
32g -1099g
27 - 5250CP
Measuring container:1 pint
Timing: Flexible setting according to sample situation
Temperature measurement: Standard temperature probe interface (need to match temperature probe)
Self built measurement procedure: can save 30 sets (including sample, measurement time, date)
Advanced Viscosity MeasurementEnsure accurate viscosity assessment of paints, inks, and coatings with this automatic Krebs Stormer viscometer. A fixed 200 RPM speed and a digital microprocessor deliver rapid and stable analysis. The instrument's high resolution and 1% accuracy make it ideal for paint laboratories seeking reproducibility and reliability.
User-Friendly and Efficient OperationBenefit from a clear digital LED display and intuitive controls, even in busy laboratory environments. Easily toggle between measuring units, receive immediate feedback with a 2 second response time, and take advantage of an auto-stop feature for hands-free operation.
Robust Build and Comprehensive AccessoriesWith its powder-coated metal construction, this viscometer is built for longevity and stability. Accessories such as a sample cup, standard spindle, power cord, and operation manual provide everything needed for immediate use, supporting streamlined laboratory workflows.
FAQ's of Digital ASTM Paint KU Krebs Viscometer Stormer Viscometer:
Q: How do I use the Digital KU Krebs Stormer Viscometer to measure paint viscosity?
A: Place 500 mL of paint into the supplied sample cup, install the standard spindle, and select your preferred measurement unit (KU, g, or cP). Start the device; the microprocessor will automatically maintain the fixed 200 RPM speed and display real-time results on the LED screen. For enhanced accuracy, use the optional temperature probe.
Q: What types of samples can this viscometer test, and what is the measurement range?
A: This viscometer is designed to measure the viscosity of paints, coatings, and inks. It supports a measuring range from 40 to 141 KU (equivalent to 32-1099 grams and 27-5274 cP), making it suitable for a variety of medium- to highly-viscous materials.
Q: When should the optional temperature probe be used during testing?
A: Utilize the optional temperature probe whenever precise sample temperature monitoring is necessary, as temperature fluctuations can significantly affect viscosity measurements. This is particularly recommended for quality assurance processes and when working with temperature-sensitive formulations.
Q: Where does data output from the viscometer, and how can it be integrated into lab workflows?
A: The viscometer provides data output through a standard RS232 serial port. This allows you to connect the device to computers or data loggers for seamless data collection, analysis, and documentation in laboratory information management systems.
Q: What is the process if a measured viscosity exceeds the preset range?
A: If a test result exceeds your set viscosity range, the user-set alarm system immediately signals an alert. This helps operators quickly identify out-of-spec samples, supporting prompt corrective action and ensuring quality standards are maintained.
Q: Can this viscometer benefit automated paint laboratory testing processes?
A: Yes, its automatic operation, quick response time, overload protection, and auto-stop features make it highly effective in both manual and automated testing environments. These capabilities reduce operator intervention, improve repeatability, and streamline viscometric analysis.