RADIATION CURING INKS
INTRODUCTION
UV printing is a proven technique with quality, safety and cost savings. MIDAD PRINTING INKS is proud to introduce UV inks for various printing processes and different substrates.
These inks have been developed using high technology. As a technically oriented company, we attach great importance to technical service and technical support for the users of our products including all special uses in the UV world.
MIDACURE® UV PRODUCTS
Clear Coatings Varnishes
MIDACURE & LED-UV coatings deliver rapid curing, brilliant finishes, strong resistance, and customizable solutions for diverse printing needs.
UV FLEXO INKS
MIDACURE FUV UV flexo inks by MIDAD ensure vibrant colors, low viscosity, fast curing, and superb quality for labels and packaging.
UV OFFSET INKS
Premium UV-curable offset inks designed for outstanding print quality on paper, board and plastics. Fast curing, vibrant colors and excellent resistance.
UV DRY OFFSET INKS
Specialized UV inks for dry offset printing on cups, tubes and rigid containers. Ensures sharp images, rapid curing and superior adhesion.
UV LETTERPRESS INKS
High-quality UV letterpress inks delivering crisp, precise prints on a wide range of substrates. Excellent consistency and fast processing.
RADIATION CURING INKS FEATURES:
- No solvent emission
- No expensive solvent-removal equipment
- Reduced fire hazard
- Lower energy consumption
- Reduce stocks of finished matter as a result of inline, high-speed manufacture and immediate post cure conversion into folding cartons (cutting, folding, gluing, etc.)
- Finished UV ink printed materials are non-irritant and non-toxic
- UV inks suitable for various substrates
TECHNICAL SPOT
WHAT IS UV DRYING?
UV drying is the polymerisation of a chemical system which is initiated by incident light. The UV drying process requires a UV light source focused onto the formulated product. Photo-initiators absorb the UV energy from the light source, setting in motion a chemical reaction that quickly converts the liquid formulation into a plastic solid. To initiate the polymerisation of the chemical formulation an incident radiation is necessary. The radiation can be ionising or electromagnetic.
Discover More About Our Products
If you're interested in learning more about our products, you can easily access detailed information by downloading our Technical Data Sheet and other relevant files from our Library page.