Rapid Growth In Label Consumption Are You Ready

The applications and markets within the flexible packaging industry continue to grow without signs of slowing down. Due to the product’s on-the-shelf appeal to consumers, more efficient uses and options for storing  is experiencing unprecedented growth in the U.S. From 2012 to 2013, the U.S. flexible packaging market grew 3 percent, from $26.7 billion to $27.5 billion.

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How To Get Gravure Like Quality

With Gravure printing the image is etched onto a metal plate or cylinder surface, and as you may expect, the final print product can be a very fine, detailed image. The Gravure process for some printing applications, however, is not as efficient, or affordable, and may not have the quick flexibility to adapt to different print run lengths, colors, and actions.

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Lots Of Inks How To Choose

When it comes to printing, there are many ink options based on the type of substrates , and capabilities of the operation. Depending on the use, for example, there are Lithographic inks, Flexographic inks, Gravure inks, Letterpress inks, Digital inks and more. Each printing application needs specifically engineered ink that will help maximize efficiency, output,and profits while producing an excellent final product.

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Electron Beam Vs Solvent Ink

There are four main factors when examining the true value of ink used in flexible package printingand other applications: 1. Quality—what is the final visual result of the printed product. Are there smears? Did the ink lay down properly? 2. Cost—what kind of cost benefits or increases did the specific ink you chose cause? 3. Environmental—does the ink you use result in unnecessary harm to the environment or cause the printing operation to pass certain regulatory tests and certifications? 4. Safety—the ink that is used, is it safe for both what’s going into the package and for the machine operators and transporters? Let’s examine each numbered point as it relates to solvent ink vs. electron beam ink:

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Electron Beam Vs. Solvent Ink The Difference In Printing Inks Part I

When it comes to flexible package printing and other printing applications, it’s all about the final product. How does the package or container looks when the process is complete? Was there significant dot gain? Will the ink hold up against scratches and moisture? If the print fades or loses any of its original shine by the time it sits on the shelf, then the consumer and the producer are not happy. 

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Electron Beam Curing Applications

Electron beam (EB) processes have been a safe and efficient method of crosslinking, as well as curing inks, coatings, and adhesives for many years. This has created eBeam markets in flexible packaging, film, specialty packaging, rubber, and sterilization. Within those markets specific machines and operations were created, covering EB Flexo Inks, EB Offset Inks, EB Coatings, EB Laminating Adhesives and GelFlex-EB Ink

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EB To Cure The World

Have you ever been really surprised when water or other liquids seem to just slide right off a sign, shoe, bottle or even a piece of wood? Chances are curing has occurred, the process of crosslinking polymer chains for added strength and mass of the polymer itself.

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Electron Beam Curing A Closer Look

Today, electron beam (EB) technology is now the absolute best method for curing and crosslinking. EB is capable of covering different markets, including: flexible packaging, crosslinking, laminates, sandpaper, coil coating, reflective materials, tires, sterilization and much more. No matter what industry you are involved in, an EB machine can be implemented within your current line structure for faster turnaround time to market, less material waste and a healthier working environment.

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