Fluid.iO Sensing Fluid Excellence

Plant Show 2026

South African Sugar Technologists Association (SASTA) Congress

ENERGY

Process Teknik 2026

What Is Viscosity? Measurement Principle and Inline Viscosity Measurement in Industrial Processes

Whether in coating processes, polymer production, or food manufacturing – viscosity directly influences product quality, process stability, and energy efficiency in many industrial applications. Even small changes in viscosity can indicate formulation deviations, process disturbances, or reaction progress. Continuous monitoring of this parameter is therefore crucial in numerous production processes. Modern inline viscosity sensors make it possible to measure viscosity directly in the ongoing process and under real operating conditions. This enables real-time process monitoring and early optimization of processes.

AAC and 3D Concrete Printing – How Modern Inline Measurement Technology Optimizes Production Processes

The building materials industry is facing increasing pressure to make production processes more efficient, sustainable, and stable. Precise inline measurement methods are gaining ever-greater importance, particularly in the production of autoclaved aerated concrete (AAC) and in the field of 3D concrete printing.

How Fluid.iO sensor data creates real added value

In modern industry, automation is the engine – and data is the fuel. But data alone does not create value. Only when it is reliably, quickly, and purposefully collected and processed can it unleash its full potential.

Explosion protection in the process industry: EX zones, ATEX and sensor technology explained simply

Many industrial processes create conditions that can lead to explosive atmospheres. Particularly in the chemical, pharmaceutical, and food industries, flammable gases or vapors can form a dangerous mixture when combined with oxygen.

Precise concentration measurement with the US-ICC TOF 1500

In many industrial processes, the precise determination of the concentration or density of liquids is crucial for product quality, process stability, and efficiency. The US-ICC TOF 1500 measuring system offers a highly precise inline solution based on state-of-the-art ultrasonic technology. By measuring the speed of sound in the medium, the system enables reliable and continuous analysis directly within the process.

CAN-Bus sensors in focus

Besides automotive engineering, CAN bus has become established in many other applications. Fluid.iO CAN bus multisensors measure humidity, temperature, pressure, density, and viscosity in combination.