Cannon 9721-A56 CFRU- 75 Fenske Routine Uncalibrated

Cannon 9721-A56 CFRU- 75 Fenske Routine Uncalibrated

This Cannon 9721-A56 CFRU- 75 Fenske Routine Uncalibrated is designed to measure the kinematic viscosity of transparent Newtonian liquids using precise flow-time analysis. It follows ASTM D445 and ISO 3104 standard methods. Therefore, it supports reliable viscosity evaluation for research and quality control laboratories. This model is supplied without calibration, making it suitable for facilities that perform in-house constant determination.

Moreover, the Fenske routine capillary design ensures smooth and stable liquid flow during testing. Additionally, it requires only 7 mL of sample. As a result, testing becomes efficient and economical. Meanwhile, its glass construction is compatible with constant-temperature viscosity baths. Thus, integration into existing laboratory setups is simple.

Furthermore, a calibrated version is available for users who require certified constants. In addition, compatible holders are sold separately to ensure stable positioning during measurement.

Product Features

Designed for kinematic viscosity testing of transparent liquids
Complies with ASTM D445 and ISO 3104 standards
Fenske routine capillary design for stable flow
Uncalibrated model for in-house constant determination
Requires only 7 mL sample volume
Smooth glass surface for consistent results
Compatible with constant-temperature baths
Durable laboratory glass construction
Calibrated version available separately
Optional holders for secure mounting

Specifications

Model: 9721-A56 CFRU-75
Type: Fenske Routine Viscometer
Test Methods: ASTM D445, ISO 3104
Minimum Sample Volume: 7 mL
Minimum Bath Depth: 203 mm (8 inches)
Calibration Status: Uncalibrated
Calibrated Version: Model 9721-B56
Holder: Sold separately (9726-M50 and 9726-M53)
Application Materials: Transparent Newtonian liquids

Applications

Lubricating oil viscosity testing
Petroleum and fuel analysis
Chemical and solvent evaluation
Pharmaceutical liquid testing
Research and educational laboratories
Industrial quality control