Printing Industry
Surface Energy Control for Plastic Printing Applications
In plastic printing, surface behavior directly determines print quality. Materials such as polyethylene and polypropylene are widely used, yet their naturally low surface energy makes them unsuitable for direct printing without treatment.
For printing companies, the real challenge is not just applying corona treatment, but confirming that the surface is actually ready for ink adhesion. This is where controlled surface energy testing becomes essential.
How Surface Energy Affects Ink Transfer
Inadequate surface energy prevents ink from properly wetting the material. Instead of forming a uniform layer, the ink may shrink, break, or fail to bond.
This leads to:
- Inconsistent ink transfer
- Poor print sharpness
- Reduced durability
Achieving Stable Printing Results
Regular surface testing allows printing operations to maintain consistent quality, reduce waste, and improve efficiency.
With Best Dyne, manufacturers gain a simple way to control print performance.