Compliant with the United StatesASTM：F 1080Standard test method for determining the consistency of viscous liquids using a viscosity meter.

conform toMIL-R-81294B

application：

food processing

Paint manufacturing

Cosmetics formula

Chemical production

Meaning and Use

ASTM F 1080The measurement of flow rate provides results that cannot be predicted by viscosity measurement due to surface tension and density effects. The measured flow rate is related to the flow performance of viscous materials sprayed on the surface of the aircraft or other large areas.

This stainless steel device is designed to determine the flow of a standard volume of thick liquid or semi-solid under its own weight.It consists of a stainless steel groove, a spring door, engraved scale tracks, side walls, leveling screws, and bubble levels.

Operation:

support75MLPour the material sample into the storage container, and after a fixed time after the material is released from the spring-loaded gate storage container, read the horizontal flow distance from the engraved grid track.

Specification features:

1）Stainless steel structure

Resistance to corrosion

Suitable for use under factory conditions

Suitable for laboratory use

2）Two leveling screws and horizontal liquid level

Accurate positioning of flow angle

Ensure reproducibility

3）Carving in12.5pxThe scale

Anti wear

Ensure accurate results

4）Size and dimensions:14"L x 3-1/2"W x 5-1/2"H（1inch=63.5px）

Occupying a very small experimental table

need75mlsample

5）Spring valve

Instantaneous door release

Prevent premature flow of samples

Precision and Bias

repeatability-Adhesive materials typically vary with time, temperature, and shear force. Attention should be paid to ensuring consistency in these factors of the samples between laboratories. The repeated results of the same operator on the same sample should be0.5Within centimeters.

deviation

There is no statement about deviation, as there is no absolute and widely accepted standard for measuring properties by a viscosity meter.