Evaluation of the flow characteristics of electrode slurry using a rheometer and viscometer.

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Discovery Core Rheometer

last updated：Jul 21, 2026

Analyzing the flow characteristics of electrode slurry that are not visible with a viscometer.

The DCR (Discovery Core Rheometer) provides precision and detailed analysis that surpasses traditional viscometers in evaluating the flow characteristics of electrode slurries. The flow characteristics of electrode slurries are crucial factors that directly impact battery performance and lifespan. Conventional viscometers can only measure viscosity at a single shear rate, whereas the DCR analyzes flow characteristics in a wide range of shear rates, assessing the uniformity and stability of the slurry. This enables optimization of the manufacturing process and improvement of product quality. Key Features: - High-precision measurement: Accurately measures fine flow characteristics that cannot be detected by viscometers. - Wide shear rate range: Analyzes detailed flow characteristics to accommodate various manufacturing conditions. - Real-time analysis: Evaluates flow characteristics during the manufacturing process in real-time, providing immediate feedback. - Ease of use: Intuitive operation and advanced data analysis functions make it easy for anyone to use. By using the DCR, you can fully understand the flow characteristics of electrode slurries, enhancing battery performance and reliability. The DCR, which provides detailed data not obtainable from viscometers, is the optimal solution for battery manufacturing.

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basic information

Features: User-friendly interface: The new RheoGuide user interface makes operation on a touchscreen easy, with instructions and illustrations displayed at each step. High-precision measurements: Precision air bearings and optical encoders enhance torque sensitivity, enabling measurements of low viscosity and low shear rates. Versatility: It allows for detailed evaluation of the viscosity characteristics of non-Newtonian fluids such as suspensions, emulsions, gels, pastes, and slurries. Rapid temperature control: The Peltier system enables accurate and quick temperature control, ensuring data reproducibility. Advantages: Ease of operation: Touchscreen operation makes it easy for beginners to use, achieving an efficient workflow. High accuracy and reproducibility: Precise torque sensitivity and temperature control provide reliable data. Cost reduction: The built-in air cooling system eliminates the need for a liquid circulation device, reducing operational costs. Compatibility with diverse materials: It can evaluate the viscoelastic properties of a wide range of materials, making it suitable for various applications from research and development to quality control.

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Applications/Examples of results

Applications: Polymer Research: Evaluates the viscoelastic properties of polymers, aiding in the development of new materials and quality control. Food Industry: Measures the flow properties of food products such as sauces, creams, and gels to optimize texture and stability. Cosmetics: Measures the viscosity of creams and lotions to assess feel and stability. Pharmaceuticals: Measures the viscosity of gels and creams to optimize formulation characteristics. Paints & Coatings: Evaluates the flow properties of paints and coatings to optimize application and drying characteristics. Examples of Achievements: Polymer Research: Rowan University is advancing research on new polymer materials using TA Instruments technology. Energy-related Research: The Amanchukwu group at the University of Chicago is utilizing TA Instruments technology to design and synthesize new electrolyte media for batteries and electrode catalysts. Quality Control: Many companies are using DCR to enhance product quality control and optimize manufacturing processes. Food Industry: Food manufacturers are using DCR to evaluate product texture and stability, improving consumer satisfaction.

Detailed information

Figure 1: A schematic diagram showing the range of shear rates at which the process occurs. All of these can be modeled using a rheometer. A narrow range of shear rates accessible with a viscometer is indicated.
Figure 2: Virtual data of a face cream showing how viscosity is affected by shear rate. The rheometer should be able to identify all the displayed actions, while the viscometer only shows the highlighted central part.
We investigated why one formulation of a liquid emulsion adhesive designed for high-speed coating, using a TA Instruments rheometer, significantly underperformed compared to competitors. This performance deficiency led to the occurrence of voids on metal substrates and an increase in cases of adhesive failure (Figure 3a). Figure 3: (a) Schematic showing the differences in operation between Formulation 1 and competing products.
The viscometer was able to show the differences in viscosity between samples, but there was no data for either high shear rate or low shear rate. It was only when using the rheometer that it became clear that the zero shear viscosity of the competing product was eight times higher. This was the key. A high zero shear viscosity means that the competing product does not flow after application and stays in place. Figure 3: (b) Shear rate and viscosity data for the competing product, formulation 1, and formulation 2.