Heatset & Coldset Web Ink
No Heat Soya Laser Forms
We are happy to offer our No Heat Soya Laser Forms ink series. This series was specifically developed for printing on a variety of uncoated substrates. No Heat Soya Laser Forms series offers clean blanket to sheet release, allows for increased transfer to minimize sheet picking and linting, and is laser safe.
Key Attributes: Laser safe, Soy Based, Excellent Transfer, Low Misting, and Wide Water Window
No Heat Low Tack
The No Heat Low Tack series of inks was specifically developed for printing on lightweight uncoated substrates. This series was engineered for high speed presses and also offers clean blanket to sheet release to minimize picking and linting.
Key Attributes: Low Tack, Sharp Printing, Excellent Transfer, Low Misting, and Wide Water Window
Heatset Top Dry
Precision Ink’s Heatset Top Dry inks are a high-end option that provide the squalene resistance, excellent rub characteristics, and the high gloss finish required for demanding end uses such as commercial and cover work.
Key Attributes: 24 Hour Squalene Resistance, Excellent Rub and Scuff Resistance, High Gloss, Sharp Printing, Excellent Transfer
Our Heatset Cleargloss series of inks is ideally suited for higher basis weight papers commonly used in printing brochures, annual reports, direct mail pieces, and specialty labels. This series is also suitable for use on packaging materials that come into indirect contact with food. The Heatset Cleargloss series is also available in a low odor variant.
Key Attributes: Sharp Printing, High Gloss, Extremely Stable, Suitable for Indirect Food Contact, Low Odor Option Available
Heatset Low Tack
Specifically developed for printing on lightweight substrates, our Heatset Low Tack series is ideal for newsprints, groundwood, and supercalendared papers. This series offers clean blanket to sheet release allowing for increased transfer and minimizing sheet picking and linting.
Key Attributes: Sharp Printing, Excellent Transfer, Wide Water Window, Low Misting, Ideal for Lightweight Substrates