CHARLOTTE, NC—To meet the growing need for an adhesive that simplifies the process of splicing flexible packaging films at high-speeds—while improving efficiencies—tesa tape has introduced tesa 51948 EasySplice FilmLine Black X.
Splicing high-slip films at high speeds can be difficult, at best, for flexographic or rotogravure printers. Traditional solutions, like liquid glues and additional tapes, are complicated and cumbersome and can limit the ability to splice at speed, according to tesa tape.
According to Chuck Doyle, sales director, print and paper, tesa tape North America, this exciting, new innovation was a product of customer collaboration. It‘s designed to address an important packaging industry challenge—splicing high-slip films such as bread bags and toilet paper wraps—at high speeds.
“Working directly with flexible packaging customers from around the world, our technical support team developed a game-changing flying splice tape with an integrated splicing strip,” Doyle said. “tesa 51948 EasySplice FilmLine Black X was developed specifically for low-surface energy substrates—such as low-density or high-density polyethylene films with a high amount of slip.”
Doyle added that the Black X consistently and reliably lowers coefficients of friction on high-speed machines—delivering secure and reliable performance at high speeds.
“Tests have shown that, by using the Black X, you can run your flexographic or rotogravure press twice as fast as with alternative materials—up to 3,000 fpm, with no slowing, no adjustments and no interruptions,” he said.
During customer trials, the Black X success rate was 100 percent. “Even at 99 percent, though, the ability to successfully splice at speed can deliver savings of more than $2 per splice—from higher splice performance and reduced failures,” Doyle said. “At a standard web width, and assuming 15,000 splices, that’s more than $30,000 in total savings per year.”
Metin Ozsobaci, application solutions engineer, tesa tape North America, who led the product development and North American trials, added that the most common slip additives used to reduce film tackiness are organic waxes.
“Organic waxes provide a lower friction coefficient on the substrates but migrate to the film’s surface and create a ‘boundary layer,’ which reduces the wetting effect of the splicing tape—and can lead to web breaks during the splicing process.
“The Black X is a very high-contact adhesive that provides excellent wetting properties on high-slip films. It adheres quickly and with a minimal amount of pressure—and virtually eliminates web breaks.”
Ozsobaci added that the Black X reduces waste and performs well on recycled films and non-woven materials. The most important benefit, though, is meeting the need for speed.
“For printers and converters, the Black X is going to significantly increase productivity and efficiency,” Ozsobaci said. “They no longer have to slow down while splicing high-slip materials—or rely on liquid glues or additional tapes—and can achieve overall increased performance and efficiency on press.”