The competitive textile market where Achitex Minerva Group has operated throughout its history demands product quality, customer service and a flair for innovation, and in response the Company is constantly engaged on research and development, with a particular focus on reducing the environmental impact of its processes.

Achitex Minerva Group textile sector includes a complete range of products for all phases of the fabric finishing process, from spinning to printing.
•    Primary and secondary spinning products
•    Sizing products
•    Preparation, dying and finishing auxiliaries
•    Powder and liquid Chemantrene dyestuffs
•    Technical textile compounds
•    Continuous and discontinuous printing

Printing products include:
•    Minerprint® pigment dispersion
•    ready-to-use pastes for continuous printing
•    screen printing ranges (water-based, Plastisol, PVC-free Plastisol-like, silicones)
•    photopolymeric emulsions for screen printing matrices
•    digital printing pre-treatments
•    pigment-based inks for digital printing

Most Achitex Minerva products for textile applications are on the list Inditex and hold GOTS, bluesign® and ZDHC certifications.



Spin finish developed for the production of staple polypropylene with hydrophobic characteristics suitable for hygienic use. It is characterized by the low coefficient of friction F / M and the excellent antistatic property. The product guarantees good cardability of the staple and excellent hydrophobicity.


Silicone-free spin finish developed for the production of processed polypropylene in non-woven thermo-bonding for the hygienic sector, when a high standard hydrophilicity is required. Also suitable for spun-bond. It is characterized by the balanced coefficient of friction F/M and F/F, and preventing the formation of electrostatic charges. The product has excellent thermal stability and guarantees low strike through and rewet values.


Spin finish developed for the spinning of staple polypropylene intended for non-woven, carpets, both raw and dyed in mass. It is characterized by the good balance of the coefficient of friction F/F and F/M and good thermal resistance, as well as for the excellent antistatic property. It guarantees good wettability of ends and good cohesion.