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SPECIALTY
PRODUCTS «
Products
21303-87 Cold Foil Lamination Adhesive.
This product is designed to cure through opaque lamination film. The lamination occurs after a base substrate and lamination film are passed through a nip point and then cured; a re-wind roller removes take off foil. This product will provide a sharp image area suitable for small point type as well as a strong bond for large area applications. This product is also available with optical brightener for application in which a clear lamination film is being applied. 20012-87 Flexo Dense Black. This ink was designed to replace a dense black that was being printed in two print units. 21433-87 will give you a deep, rich black color that will even print well on higher anilox applications. UV AUTOCLAVE INKS These inks are available in offset, letterpress and flexo versions. These inks are specifically designed to withstand the rigors of the autoclave sterilization process. The autoclave process introduces heat, water vapor and high temperature to packaging to sterilize for operating room use and other procedures that require completely sterile packaging. In addition to withstanding the rigors of the autoclave process, UVitec’s autoclave inks are designed to adhere well to difficult substrates like Tyvek and others commonly used for medical packaging. SCANNING COATINGS UVitec manufactures a variety of scanning varnishes and coatings for use in security and verification applications. UVitec can custom engineer a scanning product to your specifications. Different pigments can be used for a variety of different colors. UVitec can also design a scanning product to fluoresce at different reflectance perimeters. UV FLUORESCENT INKS UVitec manufactures its own fluorescent inks. These saturated colors can be made in all ink systems UVitec manufactures. SCREEN GLITTER TOP COAT This product is designed to provide a colorful glitter effect while still being able to be printed smoothly and evenly. Many glitter coatings can tear screen mesh because of their larger size. UVitec uses a proprietary glitter particle that is made out of a polymer specially engineered for screen printing, the particle is large enough to provide a consistent glitter effect but small enough to ensure even flow. SCREEN BRAILLE This product is designed to print a raised character to be readable in Braille. The screen ink is strong enough to withstand repeated touch and flexible enough to be applied to a label. DOME COATING This product is designed to print to a clear raised surface. The screen ink is strong enough to withstand repeated touch and flexible enough to be applied to a label. This product has been used for low cycle touch pads. THERMOFORM INKS COATING A new Flexographic Thermoforming UV ink system. Available in Opaque White, Four-Color Process and Spot colors. This product has been engineered and tested to withstand the rigors of the thermal die stamping process as well as subsequent lamination. Using a unique, proprietary vehicle system that UVitec has developed, this product will resist cracking and de-lamination. Careful pigment selection ensures maximum elongation without cracking or deforming. The viscosity of this ink system is low enough to work well on standard anilox and pumping equipment. NON-FINGERPRINT UV COATING High Gloss, Non-Fingerprint UV coating. This product was developed using a proprietary formulation that virtually eliminates the appearance of fingerprints. This coating also exhibit excellent hot stamping capability and cures to a high gloss finish. The versatility of UV Coating 20499-87 makes it well suited for narrow web and wide web UV Flexo printing processes requiring good flexibility, scuff and product resistance, and fast cure response. Its Unique performance capabilities make it well suited for a variety of applications ranging from folding cartons, labels, and flexible packaging to any other converting application requiring resistance to fingerprints. SCREEN TEXTURE This product cures to a matte, raised surface with a slight grain affect. The grain effect can be manipulated by changing screen mesh sizes. |
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