Cell Lab Digital Display Viscometer [For Battery Slurry, 1–10⁵ mPa·s | Electrode Coating Viscosity Tester]

Cell Lab Digital Display Viscometer [For Battery Slurry, 1–10⁵ mPa·s | Electrode Coating Viscosity Tester]

Precision viscosity measurement for electrode slurry formulation and coating uniformity control

The Cell Lab Digital Display Viscometer is designed to measure the viscosity of lithium-ion battery slurries with exceptional precision and repeatability. Accurate viscosity control is critical for achieving uniform electrode coating, stable dispersion, and optimised slurry rheology. Compact and easy to operate, this viscometer is ideal for laboratory research and pilot-scale electrode manufacturing lines.

Key Features

• Wide Measurement Range: Accurately measures viscosities from 1 to 10⁵ mPa·s, covering both cathode and anode formulations.

• Multi-Speed Operation: Four selectable rotation speeds (6 / 12 / 30 / 60 RPM) for flexible testing of various slurry types.

• High Accuracy & Repeatability: ±2 % measurement accuracy and ±1 % repeatability ensure reliable results for Newtonian fluids.

• User-Friendly LED Interface: Clear digital display with integrated timer (40 s – 100 min / continuous) for controlled testing.

• Compact Laboratory Design: Lightweight, benchtop instrument built for durability, low maintenance, and easy calibration.

Technical Specifications:

Note: Optional spindle sets for different viscosity ranges are available upon request.

Applications & Industries

• Lithium-ion and solid-state battery slurry analysis

• Electrode coating viscosity control and quality assurance

• Cathode and anode slurry optimisation (LFP, NCM, Si-C, graphite)

• Research and pilot-scale rheological testing

• Material formulation and dispersion stability studies

FAQ

Q1: What viscosity range can this viscometer measure?
It measures from 1 to 10⁵ mPa·s, covering low-viscosity and high-viscosity slurries alike.

Q2: Can it measure both cathode and anode slurries?
Yes. It is suitable for graphite, silicon-carbon, LFP, NCM, and other electrode compositions.

Q3: Is temperature measurement available?
This standard model does not include a temperature probe. Optional thermal sensors are available on request.

Q4: What is the measurement accuracy?
Accuracy is ±2 %, with repeatability within ±1 % for Newtonian fluids.

Q5: Is it suitable for continuous testing?
Yes. The device supports both timed and continuous viscosity monitoring.