Viscometer

Model：

CAN-VIS40-0001DS

Applied range：

Viscometeris the 1 instrument used to measure the viscosity of a fluid. Fluid viscosity refers to the degree to which the fluid resists flow and is a measure of the interaction force between molecules inside the fluid.

Date issued：

2024-12-23 21:48:07

Equipment Size：

95*130*155mm

Weight：

2kg

Details

Overview

Specifications

Details

This viscometer, model CAN-VIS40-0001DS from Canrd, is developed for precise viscosity measurement in advanced battery manufacturing processes. It is suitable for applications across various cell production lines, including button cell, prismatic aluminum case, dry electrode preparation, solid-state, single-layer stacked, metal lithium, cylindrical, zinc-ion, and pouch cell lines, as well as glovebox stacking lines. The instrument supports reliable characterization of slurry and electrolyte rheology, which is critical for achieving consistent coating thickness, electrode uniformity, and overall cell performance. Its design aligns with the quality control requirements of battery research and production environments where accurate viscosity data directly influences process stability and material handling. By offering straightforward operation and robust measurement capabilities, this viscometer aids in optimizing battery material formulations and production parameters.

Device size	95130155mm
Device weight	2kg

Speed	6, 12, 30, 60 r/min
standard rotor specification	1, 2, 3, 4 4 rotors
Temperature measurement range	-50~99 ℃
Viscosity measurement accuracy	± 3% (full scale)
temperature resolution	0.1 ℃
Reproducibility of viscosity measurement	± 0.5 (full scale)
Temperature measurement accuracy	± 0.5 ℃
Viscosity measurement range	10-100000mPa · S
viscosity resolution	1mPa · S

& nbsp; & nbsp; & nbsp; Viscometer is the 1 instrument used to measure fluid viscosity. Fluid viscosity refers to the degree to which the fluid resists flow and is a measure of the interaction force between molecules inside the fluid.

1. Viscometers usually have high measurement accuracy and good repeatability to ensure the reliability of measurement results;
2. Many modern viscometers have automatic measurement functions. Data can be recorded and processed through digital display and computer interface;
3. Many viscometers are designed to be easy to calibrate and maintain to ensure long-term stable use;
4. The portable viscometer is small and light