Overview
The arcotest 22 #Dyne pen is a tool for accurately testing the surface energy of various materials. It adopts a fiber wear-resistant pen tip, which is smooth and durable to write. It is equipped with a tight pen cap to prevent volatilization. It has the characteristics of large capacity and a variety of dyne models. The test is smooth and continuous, the precise formula is friendly, and it is easy to observe and quickly detect. It fully meets the needs of use and has passed the international SGS certification. It is a reliable choice for users.
Features
1. Accurately test various materials: suitable for film, metal, PCB board, plastic, ceramic and other materials, with accurate test results.
2. Durability: fiber wear-resistant tip, not easy to deform, smooth ink output, long service life.
3. Easy to use: smooth writing, simple to use, quick detection, 2-4 seconds after drawing the line to get the result.
4. Wide application: Can be used in a variety of industries to meet the needs of different fields.
5. Complete range of models: 38 types of dyne models, with a complete range of 28-70 models, fully covering various testing requirements.
6. Quality Assurance: Accurate Testing, Uniform Color, Friendly Formula, Easy to Observe Test Details, Meets International SGS Certification Standards.
Principle
Dyne pen draws lines on the surface of the material through the fiber flat tip, and uses the precision formula ink to observe the line changes within 2-4 seconds to test the surface energy of the material.
Applications
Film, metal, PCB board, plastic, ceramic and other material testing
Standards
International SGS certification
Steps
1. Use a dyne pen to draw lines on the surface of the material.
Wait 2-4 seconds to observe the line change.
3. Determine the test results according to the line status.
Notice
• Make sure the cap is tightly closed before use to prevent ink evaporation.
• During the test, the results should be observed within 2-4 seconds to ensure accuracy.
• Select the appropriate dyne model for testing.
