Coating Printing ink Viscosity performance testing instrument type summation

What types of testing instruments are involved in the detection of paint ink viscosity? The details are organized as follows:

Zahn Cup

Suitable for viscosity measurement on the construction site, the applicable viscosity range is 20-1200mm²/s

Ford Cup

Suitable for fluids with a viscosity in the range of 20-1200cst and an outflow time of 20-100s

ISO outFlow Cup

Suitable for Newtonian or near-Newtonian fluids, kinematic viscosity range 7-685mm²/s

Rotational Viscometer

Measure non-Newtonian high-viscosity fluids and viscous paints, latex paints, etc., as absolute viscosity. Architectural coatings recommend a Stormer viscometer.

Tu-4 viscometer

It is also suitable for measuring paint semi-finished products and other related products with similar viscosity.

JIS Iwata Cup

JIS standard cup, viscosity range 70-370cst, outflow time 20-100s

DIN Cup

It is suitable for the viscosity measurement in the range of centistoke 96-683 cSt and the outflow time is about 20-150s

Berlin Cup

For rapid viscosity and consistency evaluation of Newtonian or near-Newtonian products.

Bubble Viscometer

Use the flow velocity of air bubbles in the liquid to measure the viscosity, suitable for the measurement of the viscosity of transparent liquids.

Falling Ball Viscometer

It is used to determine the transparent liquid paint with high viscosity, which is the conditional viscosity

Plate viscometer

Measure the spreading radius of the sample at times t of 10 s, 60 s and 100 s, respectively.

Falling Stick Viscometer

It is used to measure the ink viscosity in the laboratory and determine the apparent viscosity of the sample.

Tu-1 viscometer

It is also suitable for measuring the viscosity of paint semi-finished products with similar viscosity

For the selection of the above-mentioned viscosity detection root types of instruments, you can log in to Cha Instruments. The viscosity model under the category of raw material liquid performance detection has a detailed introduction, or you can directly click this link to learn → http://cha.nbchao.com/category1 .html