This article is provided by Jinan Saicheng Electronic Technology***.
The main purpose of testing the coefficient of friction of a thin sheet is to evaluate its friction behavior under different conditions. The coefficient of friction is a physical quantity that describes the relationship between friction and positive pressure during the relative motion of two contact surfaces, which directly affects the operability, service life and performance of the sheet in practical applications.
For example, in the manufacturing industry, flakes may be used to make packaging materials, coatings, lubricants, etc., and the magnitude and stability of their coefficient of friction are critical to the quality and performance of the product. If the friction coefficient of the sheet is not suitable, it may cause problems such as wear, sliding, and adhesion of the product during use, affecting the normal operation and life of the product.
Therefore, by detecting the coefficient of friction of thin sheets, we can understand their friction behavior under different conditions, which provides an important basis for selecting suitable materials, optimizing product design, controlling production processes and ensuring product quality. This is of great significance for improving product performance, reducing production costs, and improving production efficiency.
In addition, the friction coefficient detection of thin slices can also be applied to materials science research, lubrication mechanism research and other fields, providing experimental data support for in-depth understanding of the friction properties and lubrication mechanism of materials.
Thin slice friction coefficient tester is commonly used to detect the thin slice friction coefficient of testing equipment, the following from the introduction, characteristics, application and other aspects of the detailed introduction.
The thin friction coefficient detector is specially used to measure the static friction coefficient and dynamic friction coefficient of plastic film and sheet, rubber, paper, cardboard, woven bag, fabric style, metal material composite belt, conveyor belt, wood, coating, brake pad, wiper, shoe material, tire and other materials when sliding, by measuring the friction coefficient (or slip) of the material, you can control and adjust the material production quality process index to meet the requirements of product use. In addition, it can also be used to measure the slip properties of cosmetics, eye drops and other daily chemical products.
The thin slice friction coefficient tester implements the standard
The equipment meets several national and international standards: GB T 10006, ISO 8295, ASTM D1894, TAPPI T816