Oil cylinder is a kind of container used to store liquid or gas, which is widely used in many industrial fields.

stay Oil cylinder manufacturer During the production process, friction test is an important link, which can be used to evaluate the quality and service life of the oil cylinder.

The procedure for the cylinder friction test will be described in detail below.

1： Preparatory work

Before friction test, relevant test equipment and materials need to be prepared.

It mainly includes friction testing machine, test sample (i.e. oil cylinder), friction coefficient test piece, lubricant, etc.

2： Preparation of test samples

Prepare the cylinder samples to be tested to ensure that they meet the design requirements and relevant standards.

The sample preparation includes material selection, dimension processing and surface treatment.

3： Preparation of test piece

The test piece is used to simulate the friction characteristics under actual working conditions, and it needs to meet certain hardness and material requirements.

Before testing, test pieces need to be inspected and marked to ensure their quality and consistency.

4： Selection and addition of lubricants

Lubricant is needed in the friction test process, which has a certain impact on the test results.

The selection of lubricant shall be determined according to the actual working conditions and the design requirements of the oil cylinder to ensure the authenticity and accuracy of the test process.

5： Adjustment of test environment

The friction test needs to be carried out under certain environmental conditions, including temperature, humidity, air pressure, etc.

Before the test, the test environment needs to be adjusted to meet the actual working conditions or standard requirements.

6： Set test parameters

Before friction test, test parameters need to be set according to actual needs, including loading force, test speed, sliding distance, etc.

The setting of these parameters needs to take into account the application scenarios and design requirements of the oil cylinder.

7： Carry out friction test

During the friction test, it is necessary to load the cylinder sample and test piece into the friction tester and set the corresponding test parameters.

During the test, the friction characteristics of the oil cylinder in the actual working environment are simulated by applying the loading force and controlling the sliding speed.

8： Data acquisition and analysis

In the process of friction test, it is necessary to collect test data in time, including friction, sliding distance, friction coefficient, etc.

After data collection, data analysis and processing are carried out to evaluate the friction performance of the oil cylinder.

9： Evaluation of results

According to the test data and analysis results, the friction performance of the oil cylinder is evaluated.

The evaluation methods include comparing whether the friction coefficient meets the design requirements, observing the wear condition of the test sample surface, etc.

10： Records and reports

After the friction test is completed, the test process and results need to be recorded and reported.

The record includes the identification of test samples, the setting of test parameters, the collection and analysis methods of test data, and the report includes the summary and evaluation of test results.

These are the steps of friction test conducted by the oil cylinder manufacturer. The friction test can evaluate the quality and service life of the oil cylinder, and provide important technical reference and improvement direction for manufacturers. In the actual production process, it is also necessary to operate and adjust according to the specific situation to ensure the accuracy and reliability of the test results.