TEXTILE PRINTING
Achitex Minerva Group produces and distributes products for both continuous and discontinuous printing of textiles (screen and digital printing).
The constantly updated and expanded wide range offers Customers versatile products which can be used for printing upholstery and furnishing fabrics and garments, with excellent quality results.
Today, our portfolio of textile printing products includes:
• ready-to-use pastes and pigment dispersions for continuous printing
• screen printing ranges (water-based, Plastisol, PVC-free Plastisol-like, silicones)
• digital printing pre-treatments
• pigment-based inks for digital printing
Most Achitex Minerva printing products are on the Inditex list and hold GOTS, bluesign® and ZDHC certifications.
The range can be modified in response to the demands of the market and our Customers, without any reduction in quality.
METALLIC-LIKE
MINERPRINT® GM series
Ready-to-use printing pastes used for printing metallic-like effects, very bright and without oxidation problems, which allows the production of long lengths. Sharp, well-defined and very bright printing effects are obtained with good fastness both to dry and wet rubbing and to washing.
DIAMOND MINERPRINT® GM allows to obtain pearly effects, even coloured, and if applied on dark fabric it allows to obtain silver prints.
GOLD MINERPRINT® GM allows to obtain effects of gold colour.
Their formulation does not contemplate the presence of metal powders that cause pollution in the waste water.
MINERPRINT® GPA series
Ready-to-use printing pastes used for printing very bright metallic-like effects without oxidation problems, which allows the production of long lengths. Sharp, well-defined and very bright printing effects are obtained with good fastness both to dry and wet rubbing and to washing.
GOLD MINERPRINT® GPA for gold-coloured effects
PLATINUM MINERPRINT® GPA for platinum-coloured effects
SILVER MINERPRINT® GPA E for silver effects
Their formulation makes them 100% ecological, in fact it does not include the presence of metal powders that cause pollution in the waste water. The prints are characterized by a practically zero release of formaldehyde.