Paper Friction Coefficient Tester

Dynamic coefficient of friction tester Technical parameters

Friction Coefficient Tester_Friction Coefficient Tester_Friction Coefficient Tester_Friction Coefficient Measuring Instrument Features

1、System can simultaneously determine the static friction coefficient and dynamic friction coefficient of the specimen, and the resting time is automatically timed.

2、The coefficient of friction of static and dynamic is automatically cleared at the beginning of the experiment, which ensures the full contact between the specimens and improves the accuracy of the test results.

3, the instrument test bench and test slider are demagnetized and residual magnetism detection, effectively reducing the system test error.

4, the equipment adopts microcomputer control, with menu-type operation interface, PVC control panel and LCD screen, which is convenient for users to carry out test operations and data viewing.

5、LCD screen real-time display curve, force value and dynamic and static friction coefficient.

6、Equipped with micro printer.

7、Support 200g and 500g slider mass conversion.

8、Support 70mm and 150mm test stroke conversion.

9、Equipped with mechanical and electronic double protection, limit the protection of the accuracy of the sensor.

10, equipped with R232 serial port function, convenient for users to export experimental data. (Optional)

Friction coefficient meter_Friction coefficient tester_Friction coefficient tester_Friction coefficient tester_Friction coefficient measuring instrument Product Application

Professional applicable to measure the static friction coefficient and dynamic friction coefficient of paper, cardboard, plastic film, sheet, rubber, YL with tube , woven bag, fabric style, communication cable fiber optic cable with metal material composite belt, conveyor belt, wood, coating, brake pads, windshield wipers, shoe materials, tires and other materials when sliding. By measuring the slipperiness of the material, it can control the adjustment of the material production quality process indicators to meet the requirements of product use. In addition, it can also be used for the determination of the smoothness performance of cosmetics, eye drops and other daily chemical products.

Paper Friction Coefficient Tester: Accurate Measurement, Enabling Quality Control in Multiple Industries

I. Analysis of the core function of the equipment

Paper Friction Coefficient Tester is a kind of precision testing equipment designed for paper and similar materials, and its core function is to accurately measure the coefficient of friction of the material surface by simulating the friction behavior in the actual use scenario. The equipment works with high-precision sensors and intelligent control system to capture and record the mechanical data in the sliding process in real time, and ultimately output the quantitative results of static friction coefficient and dynamic friction coefficient, which provides a key basis for the evaluation of material performance.

Technical principle and workflow

Dynamic pressure loading: the equipment adopts a servo motor-driven pressure system, which can accurately apply vertical pressure within the range of 0.1N to 500N to simulate the contact state under different working conditions.

Multi-mode sliding test: supports two modes of uniform sliding (adjustable from 0.1-500mm/min) and reciprocating sliding, corresponding to static friction and dynamic friction testing needs.

Non-contact Data Acquisition: The laser displacement sensor and piezoelectric force sensor work synchronously to achieve millisecond-level simultaneous acquisition of displacement and force during friction to ensure data integrity.

Intelligent Algorithm Analysis: Built-in AI algorithm can automatically identify friction peaks and stable values, automatically reject abnormal data points, and generate test reports in accordance with ISO/ASTM standards.

Third, the value of industry applications

Packaging: By measuring the friction coefficient of corrugated cartons and boxes, we can optimize the design of stacking stability and opening force, and reduce the rate of transportation breakage.

Printing industry: accurately control the coefficient of friction on the paper surface to avoid problems such as paper sticking and inaccurate overprinting during the printing process, and to improve the qualification rate of printed products.

Material R&D: Provide data support for the surface treatment process of special paper (e.g. anti-counterfeiting paper, thermal paper) and accelerate the development cycle of new materials.

Quality control: Deploy online monitoring system at the end of paper production line to provide real-time feedback on the fluctuation of friction coefficient and realize closed-loop quality control.