Overview
Arcotest 26 #Dyne pen is a precision tool specially designed to test various materials dyne. It has a fiber wear-resistant pen head design, smooth ink output and wear resistance. It is suitable for film, metal, PCB board, plastic, ceramic and other materials. The product has 15ML large capacity and accurate 0.5 dyne, and 38 dyne models cover 28-70, meeting the needs of different industries.
Features
1. Multifunctional testing: accurately test film, metal, PCB board, plastic, ceramic and other materials, with a wide range of applications.
2. Strong durability: The fiber wear-resistant pen tip is designed, which is not easy to deform, the ink output is smooth and wear-resistant, and the pen cap is closely combined with the pen body to prevent volatilization.
3. Accurate and reliable: accurate to +/- 0.5 dyne, smooth test, smooth water outlet, uniform and bright Color, easy to observe subtle changes.
4. Easy to use: The method of use is simple and clear, the formula is friendly, and the film formation is quick after drawing the line, which is convenient for rapid detection.
5. Complete models: There are 38 types of dyne models, with a complete range of 28-70 models to meet different testing requirements.
Principle
Dyne pen draws lines on the surface of the material through ink output, and the analysis results accurately judge the surface tension level of the material. The test process is smooth, the water outlet is smooth, and the Color is uniform and bright, which is convenient for users to quickly detect and observe subtle changes.
Applications
Film, metal, PCB board, plastic, ceramic
Steps
1. Follow the instructions.
2. Draw lines on the surface of the material.
3. Observe the film formation after drawing the line, and analyze the results to judge the surface tension level.
Notice
• Make sure that the cap is tightly integrated with the pen body to prevent the ink from evaporating.
• Check whether the tip is in good condition before use to avoid deformation affecting the test accuracy.
• Color uniformity and subtle changes should be observed during testing to ensure reliable results.
