Instruction Manual for the Visual High-Temperature Contact Angle Tester

A visual high-temperature contact angle meter is an instrument used to measure the contact angle of a liquid on a solid surface. The following is a brief guide on how to use a visual high-temperature contact angle meter:

2023-12-05

  A visual high-temperature contact angle tester is an instrument used to measure the contact angle of a liquid on a solid surface. The following outlines how to use it: Visual High-Temperature Contact Angle Tester Brief description:

  Preparation: Place the tester on a level, stable work surface and ensure that there are no strong magnetic fields or other sources of interference in the vicinity. Connect the power cord and turn on the instrument’s power switch.

  Adjust the test platform: Place the sample to be tested on the platform and use the adjustment screws to level the platform, ensuring that the sample surface is perpendicular to the tester’s lens.

  Adjust the light source: Select the appropriate brightness and angle based on your needs. You can adjust the light source angle by rotating the adjustment knob to achieve optimal testing results.

  Begin the test: Use a microsyringe or pipette to dispense a single droplet of liquid onto the sample surface. Then, observe the liquid’s behavior on the solid surface via the tester’s display and record the contact angle value.

  Data Processing: After the test is completed, the data can be exported to a computer or other device for further analysis and processing.

  Cleaning and Maintenance: After testing is completed, promptly clean the test platform and lenses to maintain the instrument in good working condition. Regular calibration and maintenance of the instrument are essential to ensure the accuracy and reliability of test results.

  It is important to note that when using a visual high-temperature contact angle tester, operations must be carried out strictly in accordance with the instrument’s operating procedures, and all safety precautions must be observed. In addition, the appropriate testing method and parameters should be selected based on actual needs to ensure accurate and reliable test results.