The washing fastness tester is a device used to test whether fabrics and materials will fade during washing or other treatments. Washing fastness testing is very important in the textile industry manufacturing process because it helps to determine the quality of fabrics and materials and whether they meet the appropriate standards.
As a professional testing instrument, washing fastness tester is usually equipped with a high-precision temperature, time and operation control system. They perform the tests automatically and monitor the details and data of each test so that the user can obtain accurate and reliable test results.
When using a washer fastness tester, the operator must perform the test under strict experimental conditions to ensure accuracy and reliability of the test. This includes accurately measuring the quality and quantity of the test sample and calibrating the test instrument prior to each test.
The 7 operating procedures of the washing fastness tester:
1. Preparation: The fabric to be tested is treated according to standard requirements, such as washing, rinsing, and dehydration.
2. Place the fabric sample to be tested into the washing chamber of the washing fastness tester, taking care not to exceed the mark line.
3. Add the appropriate amount of standard detergent and set the washing time and temperature according to the equipment operation instructions.
4. After washing, take out the fabric sample, rinse and rinse well with water.
5. Dry the fabric sample and iron and other treatments according to the requirements.
6. Observe the color change of the sample, assess according to the standard requirements and record the test data.
7. Clean the washing fastness tester and do the maintenance work of the equipment.
For companies that need to conduct a large number of wash fastness tests, they can choose to purchase an automated wash fastness testing system. These systems can handle a large number of test jobs and store and retrieve test results as needed.
In summary, the washing fastness tester is an essential testing tool in the textile manufacturing process. Understanding the use and operational requirements of these tools will help ensure the accuracy and reliability of test results and provide companies with higher quality products.