RheoStream® – Real-Time, Automated Rheology for Smarter, Faster Manufacturing
RheoStream® by Fluidan is a unique inline process rheometer that delivers continuous, automated viscosity and flow behavior measurements directly on the production line. It provides real-time rheological data—without manual sampling—empowering manufacturers to control quality, optimize formulations, and respond instantly to process changes. With RheoStream®, viscosity becomes a measurable, controllable parameter, not just a lab check.
Industry Applications Overview
Paint & Coatings
In paint and coatings production, RheoStream® ensures precise control over viscosity during key stages such as dispersion, let-down, and tinting. It enables tighter process control, consistent film build, and predictable application behavior—crucial for both decorative and industrial coatings. Real-time feedback allows for automatic adjustments to shear-thinning profiles, reducing waste and rework.
Batteries
For electrode slurry preparation, RheoStream® ensures the correct flow behavior critical for coating uniformity and performance. Variations in viscosity during mixing or transfer can directly affect electrode thickness, drying, and electrochemical behavior. Inline rheology data enables immediate corrective actions, leading to more consistent battery quality and higher production efficiency.
Personal Care
From lotions to shampoos, the texture and usability of personal care products depend heavily on rheological properties. RheoStream® monitors these properties in real-time, ensuring consistency in feel, stability, and dispensing behavior. It supports quick transitions between product types, reduces formulation drift, and enhances batch-to-batch uniformity.
Food & Beverage
In the production of sauces, dressings, dairy, and other structured fluids, RheoStream® allows continuous control of viscosity to maintain texture, mouthfeel, and pourability. It minimizes the risk of batch inconsistency and ensures that products meet both functional and consumer expectations—especially where flow properties are critical for filling, packaging, or consumption.