This information is provided by Jinan Languang Electromechanical Technology Co., Ltd.

The rubber sheet friction coefficient tester is a precision instrument specifically designed to measure the static and dynamic friction coefficients of materials such as rubber sheets during sliding. The following is a detailed overview of the product:

1、 Product Usage

The rubber sheet friction coefficient tester is widely used in multiple fields, including but not limited to:

Automotive manufacturing: used to test the friction performance between rubber components such as car tires, seals, suspension systems, and road surfaces or other materials.

Aerospace: Evaluate the friction performance of rubber products in extreme (separated) environments to ensure flight safety.

Railway and Ship: Detecting the Friction Characteristics of Rubber Components in High Speed Motion or Complex Environments.

Other industrial fields: Friction performance testing of products such as rubber conveyor belts, rubber hoses, rubber gaskets, etc.

In addition, the instrument can also be used for measuring the smoothness performance of daily chemical products such as cosmetics and eye drops, as well as for testing the surface lubricity of medical products such as catheters.

2、 Working principle

The rubber sheet friction coefficient tester mainly calculates the friction coefficient by applying force and measuring friction force. In the experiment, the rubber sheet sample to be tested is in contact with a friction plate (or slider) and subjected to vertical and horizontal forces. The instrument will automatically record the magnitude of friction and calculate the friction coefficient. This value can guide engineers to adjust product design, select materials, and improve production processes, thereby enhancing product performance and reliability.

3、 Product Features

High precision measurement: using excellent sensors and data processing technology to ensure the accuracy and reliability of measurement results.

Multiple testing modes: Supports multiple testing modes of dynamic friction and static friction to meet the different needs of users.

Adjustable test parameters: The test speed can be set and adjusted, supporting any slider mass to meet the testing requirements of different materials.

Microcomputer control: The equipment is controlled by a microcomputer, equipped with a menu style operating interface and LCD display screen, making it convenient for users to conduct experimental operations and view data.

Data analysis function: Professional software can automatically perform statistical analysis of single piece and group experiments, reanalyze raw data, overlay and compare group curves, and display test results to customers intuitively and quickly in various reporting modes.

Data transmission and sharing: Equipped with a micro printer and standard RS232 interface, it facilitates external connection and data transmission between the system and the computer. Support Lystem ™ Laboratory data sharing system for unified management of test results and reports.

4、 Technical indicators

Load range: 0-5 N (taking Lan Guang Electromechanical MXD-02 model as an example)

Accuracy: Level 0.5

Travel: 70 mm, 150 mm (or other customized lengths)

Slider mass: 200g (standard), other slider masses can be customized

Test speed: 100 mm/min, 150 mm/min (or other adjustable speed)

Environmental requirements: temperature 23 ± 2 ℃, humidity 20% RH~70% RH

Power supply: AC 220V 50Hz

Dimensions and weight: Dimensions are 630 mm (L) x 360 mm (W) x 230 mm (H)

Net weight of the instrument is 33kg

5、 Precautions for use

Before use, ensure that the instrument is level and check that all components are intact.

Install the sample and friction plate (or slider) correctly according to the instructions, ensuring that there is no sliding or displacement during the testing process.

Select appropriate experimental parameters and modes based on the characteristics of the tested material.

During the testing process, attention should be paid to observing the operation of the instrument, promptly detecting and handling abnormal situations.

After the test is completed, the instrument and sample should be cleaned in a timely manner to keep the instrument clean and dry.

Through the above overview, we can understand the importance and application value of rubber sheet friction coefficient measuring instruments in multiple fields. This instrument can not only help engineers and researchers comprehensively understand the friction performance of rubber materials, but also guide product design, material selection, and process improvement, thereby improving product performance and reliability.