APPLICATIONS FOR PRIME’S PRODUCTS


HIGHEST SPEED  |  MOST RELIABLE  |  CUSTOMIZED

PRIME provides the most advanced & reliable UV systems for UV chemistry and IR & Air Impingement drying technology for water-based chemistry used on flexible substrates for packaging and converting applications.

Wide Web packaging is printed on a wide variety of substrates utilizing printing processes which include offset, flexo, gravure and digital. UV and Water Based Chemistry is widely used to achieve superior results.

UV Chemistry and Water Based chemistry has been, and continues to be, used on board stock for decades due to their offering a variety of print and coating benefits.

Corrugated packaging uses corrugated fiberboard/corrugated cardboard as its substrate.

Paper remains one of the most widely used materials in the world for print and packaging. A huge variety of papers are available offering an enormous range feel and appearance properties.

Metal Decorating refers to printing and/or coating on metal substrates such as soda or beer cans. UV inks and UV coatings are often used for this application.

FLEXOGRAPHIC Water-Based

Formulated to contain little to no VOCs, water-based inks offer a far safer, much more eco-sustainable solution than solvent-based inks and provide increased operator safety & improved environmental sustainability.

adhesives & UV PSAs

Whether pressure-sensitive adhesives, laminating adhesives, or even reactivation adhesives, PRIME’s solutions are robust and perform at the highest press and converting speeds.

UV Curable Silicone Release Coatings can be used on wide to narrow substrates and are proven to be very efficient and provide a high ROI.

Web Offset

Paper remains one of the most widely used materials in the world for print and packaging. A huge variety of papers are available offering an enormous range feel and appearance properties.

UV Chemistry and Water Based chemistry has been, and continues to be, used on board stock for decades due to their offering a variety of print and coating benefits.

UV Curable Silicone Release Coatings can be used on wide to narrow substrates and are proven to be very efficient and provide a high ROI.

Cold Foil technology allows Printers and Converters the ability to apply eye-catching foils in-line.

A standard printing plate is used to apply UV curable adhesive.

Paper remains one of the most widely used materials in the world for print and packaging. A huge variety of papers are available offering an enormous range feel and appearance properties.

UV Chemistry and Water Based chemistry has been, and continues to be, used on board stock for decades due to their offering a variety of print and coating benefits.

High-performance primer coats for inkjet printers are designed to improve print quality and ink adhesion on both film and paper substrates.

Cold Foil technology allows Printers and Converters the ability to apply eye-catching foils in-line.

A standard printing plate is used to apply UV curable adhesive.

Digital Inkjet

Wide Web packaging is printed on a wide variety of substrates utilizing printing processes which include offset, flexo, gravure and digital. UV and Water Based Chemistry is widely used to achieve superior results.

Prime UV-IR provides a wide selection of UV curing systems and IR-Air Impingement drying solutions that will enable Label Manufacturers to improve their ROI.

Corrugated packaging uses corrugated fiberboard/corrugated cardboard as its substrate.

High-performance primer coats for inkjet printers are designed to improve print quality and ink adhesion on both film and paper substrates.

Cold Foil technology allows Printers and Converters the ability to apply eye-catching foils in-line.

A standard printing plate is used to apply UV curable adhesive.

Prime UV-IR provides a wide selection of UV curing systems and IR-Air Impingement drying solutions that will enable Label Manufacturers to improve their ROI.

PRIME provides the most advanced & reliable UV systems for UV chemistry and IR & Air Impingement drying technology for water-based chemistry used on flexible substrates for packaging and converting applications.

With so many advancements made in Energy Curable PSA’s in recent years, converters should all be seriously evaluating whether to adapt this very energy efficient and affordable technology into their converting process.

Whether pressure-sensitive adhesives, laminating adhesives, or even reactivation adhesives, PRIME’s solutions are robust and perform at the highest press and converting speeds.

UV Curable Silicone Release Coatings can be used on wide to narrow substrates and are proven to be very efficient and provide a high ROI.

Wide Web

PRIME provides the most advanced & reliable UV systems for UV chemistry and IR & Air Impingement drying technology for water-based chemistry used on flexible substrates for packaging and converting applications.

Wide Web packaging is printed on a wide variety of substrates utilizing printing processes which include offset, flexo, gravure and digital. UV and Water Based Chemistry is widely used to achieve superior results.

Paper remains one of the most widely used materials in the world for print and packaging. A huge variety of papers are available offering an enormous range feel and appearance properties.

Prime UV-IR has been designing and manufacturing Infra-red, Air Impingement Drying Chambers and UV Curing Systems for a wide variety of industrial applications for over 30 years.

Wide Web packaging is printed on a wide variety of substrates utilizing printing processes which include offset, flexo, gravure and digital. UV and Water Based Chemistry is widely used.

Rotogravure

PRIME provides the most advanced & reliable UV systems for UV chemistry and IR & Air Impingement drying technology for water-based chemistry used on flexible substrates for packaging and converting applications.

Wide Web packaging is printed on a wide variety of substrates utilizing printing processes which include offset, flexo, gravure and digital. UV and Water Based Chemistry is widely used to achieve superior results.