Fork Process Viscometer WKM401F

What’s The Working Principle Of Fork Viscosity Meter -WKM401F?

The fork process viscometer employs a tuning fork resonance detection structure, equipped with a high-precision sensing unit, and achieves accurate measurement based on the principle of fluid damping resistance. During operation, the fork vibrates continuously at a fixed resonant frequency. When the tuning fork probe is immersed in the fluid being measured, the viscosity of the medium generates damping resistance on the fork; the higher the viscosity of the medium, the greater the vibration damping. The viscometer’s built-in high-precision module captures the changing data in real time and accurately calculates the real-time viscosity value of the medium.

Wide Range of Applications Of WKM401F Viscometer:

• Chemical Industry: Suitable for online viscosity monitoring of media such as resins, adhesives, emulsions, solvents, and polymerization reaction materials. The fork process viscometer monitors the polymerization process in real time, accurately controls material viscosity, and ensures the stability of chemical synthesis processes.
• Coatings and Inks Industry: Supports online production monitoring for paints, coatings, printing inks, etching solutions and color pastes. It enables real-time viscosity control of materials to maintain consistent product quality.
• Food and Daily Chemical Industry: Monitors fluids such as honey, jams, sauces, dairy products, and skincare products, accurately controlling quality standards.
• Pharmaceutical Industry: Suitable for detecting pharmaceutical media such as injections, suspensions, emulsions, ointments, and pharmaceutical pastes. It enables precise measurement of trace samples, with no media contamination throughout the process, ensuring the stability of drug quality.
• Petroleum Industry: Suitable for online viscosity monitoring of oils such as crude oil, lubricating oil, fuel oil, and asphalt. It provides accurate data support for oil blending and refining process optimization.