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Accu Dyne Test Pens kit 16 Standard dyne levels, from 30 through 60 dynes/cm, all formulated from 100% reagent grade materials Specifically designed for fast, accurate on-line use by printers, coaters, and laminators
Accu Dyne Full Set 30-60: Precision Dyne Test Marker Pens for Accurate Surface Energy Testing
The Accu Dyne Full Set 30-60 marker pens are specifically designed for testing the surface energy (dyne levels) of films and other substrates. These markers utilize reagent-grade dyne testing fluids and a spring-loaded valve tip that prevents contamination, ensuring the highest level of testing accuracy.
The Accu Dyne Test Marker Pens employ a unique valve tip applicator to separate the fluid storage from the test tip. By pressing the tip firmly onto the substrate, fresh testing fluid is dispensed, effectively cleaning the tip and providing precise dyne level readings. The results are determined by observing how long the test fluid takes to form beads or a continuous film on the sample surface.
Accu Dyne Test™ Pens, also known as Corona Pens, are essential tools for measuring surface energy. These pens quickly indicate the wettability of a surface, which is crucial for ensuring proper adhesion of inks, adhesives, and coatings to polymer-based substrates. Poor adhesion is often due to the low surface energy of these materials, but with surface treatments like Corona or Plasma, wettability and adhesion can be improved.
For optimal adhesion in printing, gluing, or coating applications, it is necessary to increase the substrate’s surface energy. The surface energy can be measured using Surface Energy Test Pens (Dyne Level Testing) based on the ISO 8296 standard.
When the Accu Dyne Test Pen is applied to a surface, the fluid will either form a continuous film or retract into droplets. If the fluid remains as a film for three seconds, the surface energy is at least equal to the dyne level of the test fluid. If the fluid beads within one second, the surface energy is lower than the fluid’s dyne level. Testing with a series of pens with varying dyne levels allows for precise determination of the substrate’s surface energy.
| Weight | .5 kg |
|---|---|
| Dimensions | 7 × 5 × 5 cm |
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