Improve Productivity. Reduce Scrap. Print on non-porous materials.
Sheetfed printers know that eliminating and controlling application variables is critical for successful and repeatable printing. For decades roll-fed printers have known the secret to controlling surface energy is corona treatment.
Now, for the first time ever, an integrated sheet-fed, treating and stacking solution is available. Enercon, the world's leading brand of corona treaters for roll fed applications, is bringing its quality and reliablility to the shee-fed industry.
Surface energy of inks and non-porous materials
Unlike paper, non-porous substrates will repel most inks. This is due to the inertness and low surface energy of these substrates. Enercon's surface treatment technology overcomes this disadvantage by increasing surface energy and creating polar bonding sites. The net result to you...excellent ink wet-out and adhesion.
Unleash new business opportunities
With in-line pretreatment printers will have the opportunity to treat and print on a wide variety of non-porous surfaces used in highly profitable point-of-sale displays. Considering the expense of polymer-based materials, the ability to reduce scrap provides printers with an immediate savings in production costs. Printers will also be rewarded with added production flexibility by having in-house corona treatment capabilities.
Materials treated with Enercon's PolySheet treater are ideal for use in all leading brands of sheetfed printing presses,including Heidelberg, Komori, and Man Roland.
Ideal for these materials
- POLYSTYRENE (PS)
- POLYVINYLCHLORIDE (PVC)
- POLYETHYLENE (PE)
- POLYPROPYLENE (PP)
- POLYCARBONATE (PC)
- POLYESTER (PS)
- SYNTHETIC PAPERS
| Min. Sheet Size |
8-1/2" x 11" |
| Max. Sheet Size |
28" x 40" |
| Paper |
20# Bond to 20 pt. cover |
| Pile Height |
18" |
| Electrical |
115v / 20amp / 60hz |
| Speed |
up 6,000 sph (depending on sheet size) |
Enercon power generators and stations are designed to operate in a maximum ambient temperature of 40°C (104°F) @ 80% relative humidity, non-condensing.