High-Precision Viscometer

A High-Precision Viscometer is a precision instrument used to measure the viscosity of liquids. It determines viscosity by measuring the resistance encountered by a rotating component within the liquid.

High-Precision Viscometer are widely used in industries such as chemical engineering, food processing, pharmaceuticals, and petroleum for viscosity measurements in quality control, research and development, and production processes.
① Chemical Industry: Used to measure the viscosity of various chemical solutions, coatings, inks, adhesives, etc.
② Food Industry: Used to measure the viscosity of sauces, honey, dairy products, beverages, etc.
③ Pharmaceutical Industry: Used to measure the viscosity of pharmaceutical solutions, gels, emulsions, etc.
④ Petroleum Industry: Used to measure the viscosity of lubricants, fuel oils, asphalt, etc.
⑤ Research Field: Used for viscosity studies and material property analysis in laboratories.

International standards include ISO 2555 and ISO 3219. National standards include GB/T 10247-2008 “Methods for Viscosity Measurement.” Industry standards include ASTM D2196 and ASTM D2983.

• 5-inch high-definition LCD color touchscreen.

• Features mechanical transmission with manual crank operation for height adjustment, delivering low noise and high portability.

• Stepless speed adjustment: delivers clearer data and more precise analysis.

• Protocol storage: systematically archives validated testing protocols for rapid reuse and team collaboration.

• Data storage: preserves experimental data for conclusive analysis and ensures reproducibility.

• Data export: exports Excel spreadsheets via USB drive.

• Temperature measurement function: Determines whether samples are at a constant temperature, ensuring more stable test results.

• Timing function: Enables time-lapse testing for special samples.

• Password protection: Restricts device access via password.

• Torque protection: Automatically protects against overload and alerts users to replace the rotor or reduce speed.

• Torque monitoring: Intelligently identifies suitable rotors and speeds, providing user guidance.

• Printer: Connects to an external printer (optional).

• Compatible with external temperature control units to maintain constant sample temperature during testing, ensuring greater stability and accuracy.