Viscometer
In the fuel and lubricant industries, where controlling fluid behaviour is critical, getting reliable viscosity measurements can make all the difference. Flucon’s Q-Vis viscometer brings a level of versatility and precision that few instruments achieve. At its core is a simple yet robust oscillating quartz crystal. Without any moving parts to wear out, it can measure dynamic viscosity in both still and flowing liquids, and it does so independently of how the fluid moves. That means even in turbulent or unpredictable conditions, operators can trust the readings.
What sets Q-Vis apart is how it senses the liquid. Immersed in a sample, the quartz’s oscillation subtly shifts depending on the fluid’s characteristics. The device analyses these shifts to produce a viscosity measurement that has become a reliable standard in labs and on the shop floor alike. For engineers and technicians, this isn’t just about numbers; it’s about understanding how fluids behave in real time and making informed decisions that improve processes and product quality.
The instrument is equally at home in the laboratory and in industrial lines. It handles a wide temperature range, offers high shear-rate measurements without disturbing the fluid, and works with surprisingly small samples when bench space or quantities are limited. Connectivity to a PC is straightforward, and its outputs can even feed directly into process control systems, providing a live window into how a fluid is performing.
Different versions of Q-Vis meet different needs: from the standard online system to a compact format, and even an explosion-proof option for hazardous areas. Across the board, the emphasis is on reliability, ease of use, and operational safety. In the lab, it enables faster development of new fluids and more rigorous testing; in the field, it helps operators maintain consistency and quality without guesswork.
For anyone involved in fluid analysis or process control, Q-Vis is less an instrument and more a partner—giving clarity, confidence, and actionable insights every time a measurement is taken.
PIN 27.2 Apr/May 2026