Pulp viscosity determination

Coating viscosity measurement by Zain Viscometer method is introduced in this paper. The instrument has simple structure, operation needs to pay attention to liquid state and temperature, and can be corrected by temperature Linear dispersion and standard oil.

The HBDV-1H swirl/spin High Temperature Viscometer offers significant advantages in the field of plastic particle viscosity determination with its high-precision, wide-range measurement and intelligent operation functions. Measurement accuracy of +/- 1% FS ensures the accuracy of test results.

The flow cup method is a simple and practical test method commonly used for Coating viscosity determination. Coating-4 Viscometer and ISO flow cup are common flow cup models suitable for different types of Coating. By measuring the time the liquid flows out of the cup, the kinematic viscosity of the Coating can be calculated in combination with the standard formula, and then its flow performance can be evaluated.

The swirl/spin Viscosity meter is a precision instrument for measuring the viscosity of liquids, which is widely used in food science, chemical engineering and materials research. In the determination of starch viscosity, the swirl/spin Viscosity meter can provide detailed viscosity data by measuring the resistance of the rotor in the sample.

This article introduces in detail how to choose a suitable viscosity cup, including key factors such as type, shape, material, maximum viscosity value, flow hole diameter, etc. According to different testing requirements and liquid characteristics, professional suggestions for selection are provided to help users accurately measure the viscosity of liquids.

Detailed explanation of the viscosity measurement technology of Spinning & weaving dyeing and finishing aids. This paper introduces in detail how to measure the flow characteristics of dyestuff and auxiliary solution with rotational viscometer, the method of measuring the viscosity of Spinning & weaving dyeing and finishing aids with rotational viscometer and related technical points.

Coating viscosity is one of the physical and chemical properties of liquid and colloidal systems. It is a key parameter in the production and application of Coatings, and has an important impact on the performance and application of Coatings.

The flow cup method is an economical and practical viscosity measurement method widely used in the Coating industry. It is based on the time when the liquid flows out of a specific container under the action of gravity to determine the viscosity, and is suitable for Newtonian or near-Newtonian low viscosity Coatings.

The viscosity of architectural coatings is one of the important indexes that affect its flowability, construction performance and coating effect. Accurate determination of viscosity is of great significance to the production, quality control and application of Coatings. This article will introduce a commonly used viscosity determination method: Stormer Viscometer method.

GB/T 22427.7 starch viscosity measurement standard specifies the viscosity test method of starch, and NBchao technology proposes the corresponding viscosity detection equipment scheme according to the standard conditions.

The viscosity of the coating, also known as the consistency of the coating, refers to the existence of the adhesive surface of the fluid itself, which produces a characteristic of the internal flow of the fluid that hinders its relative flow. There are many factors affecting the viscosity of the coating. To sum up, there are mainly the following points

In this paper, three viscosity determination methods, capillary method, rotation method and falling ball method, are compared, and the applicable conditions and principles of different methods are introduced.

Using rotational viscometer to determine the viscosity of modified starch paste, this article excerpts Huang Qiang, Luo Faxing, Fu Xiong, scholars from the School of Light Industry and Food, South China University of Technology, to illustrate one of the methods for determining the viscosity of modified starch paste, rotational viscometer.

Automation increases productivity, reduces manual input and eliminates safety, health and environment (SHE) issues associated with solvent exposure.