Cannon low-temperature viscosity standard oil standard liquid from the United States

Cannon low-temperature viscosity standard oil standard liquid from the United States

Testing methods for Cannon glass capillary viscosity tubes in the United States: ASTM D445, ASTM D446, ASTM D2170 methods, determination of kinematic viscosity of transparent and opaque liquids (including calculation of dynamic viscosity), specifications and instructions for using glass capillary kinematic viscosity meters, testing method for kinematic viscosity of asphalt
Principle: This method is used to determine the viscosity of transparent and opaque products. It uses the gravity flow of the liquid itself to determine the time required for a certain volume of liquid to pass through a calibrated capillary glass tube viscometer at a known temperature. Metric viscosity or dynamic viscosity can be calculated based on the measured dynamic viscosity.
Method summary: Take a certain volume of liquid and control it through a capillary viscometer under strict temperature and fixed liquid level to calculate its flow time. The dynamic viscosity can be obtained by multiplying the flow time with the calibration constant of the viscometer.

Cannon viscosity standard oil from the United States
Scope of application:
Measurement method for kinematic viscosity of transparent and opaque liquids (including calculation of dynamic viscosity)
Applicable standard solution for calibrating viscometers.
General Purpose Viscosity Standards
High viscosity standards
Low Temperature Standard Viscosity Liquid
CCS Viscosity Standards
CMRV Viscosity Standards
Viscosity Cup Standards
High Temperature Standard Liquid
THOMAS-STORMER's standard solution (Stormer Standards)
Silicone Viscosity Standards
Viscosity Oil Standards

Cannon low-temperature viscosity standard oil standard liquid from the United States