Cannon 9721-Y50 MANNING SEMI-MICRO 25 Calibrated

Cannon 9721-Y50 MANNING SEMI-MICRO 25 Calibrated

The Cannon 9721-Y50 MANNING SEMI-MICRO 25 Calibrated is a precision laboratory instrument designed to measure the kinematic viscosity of small samples of transparent Newtonian liquids. Specifically, this semi-micro viscometer is suitable for applications requiring high accuracy with limited sample volume. Therefore, it delivers reliable viscosity results while maintaining efficient sample usage. Moreover, the instrument complies with ASTM D445 and ISO 3104, ensuring standardized and reproducible measurements.

Product Features

First, the semi-micro design allows accurate viscosity measurement using a small sample volume. In addition, the viscometer is optimized for transparent Newtonian liquids, enabling clear and stable flow-time observation. Furthermore, this model is supplied as a calibrated viscometer. As a result, it includes a certificate of calibration and a detailed instruction sheet, supporting traceable and repeatable testing. Notably, the viscometer constant remains the same at all temperatures, which simplifies calculations and improves consistency.

Specifications

The viscometer requires a minimum sample volume of approximately 1 mL. Additionally, a minimum bath depth of 200 mm (8 in) is required for proper operation. The instrument features an approximate constant of 0.002 cSt/s. Consequently, it covers a viscosity range of 0.4 to 2 cSt. Expanded uncertainty information is available for laboratories requiring detailed measurement documentation. Please note that the holder is sold separately. Compatible holders include 9726-M50 and 9726-M53.

Applications

Therefore, this viscometer is suitable for laboratories performing low-viscosity fluid analysis with limited sample volumes. In addition, it is commonly used for research, quality control, and formulation testing of transparent Newtonian liquids. Moreover, it is ideal for chemical, pharmaceutical, and specialty fluid laboratories that require precise and traceable semi-micro viscosity measurements.