PREPARATION FOR PEACE OF MIND
An old saying states that “well prepared is half dyed”. Pretreatment is indeed a key step in textile production. The diversity of fibers and quality variations are major challenges to consistently obtain a perfectly prepared fabric, ready for the next processing steps.
Based on decades of experience, a worldwide presence and strong relations with machine manufacturers, Archroma is in the position to provide robust pretreatment processes for every kind of fibers and their blends, optimized for your specific set-up. You can rely on the performance of our products and processes as at Archroma, we believe that efficiency can work hand in hand with sustainability and therefore, our pretreatment range complies with the most demanding ecological labels and legislation.
Our enzymes for starch removal , peroxide removal, bio-polish, bio-washing, denim washing and bio-scouring cover wide ranges of operating conditions and offer a solution to your needs in an eco-friendlier way.
Non-ionic and anionic surfactants with wetting and detergent properties optimized for continuous applications.
Non-ionic and anionic surfactants with wetting and detergent properties optimized for discontinuous (exhaust) applications.
Mercerizing auxiliaries with low-foaming properties, improving drastically the mercerizing effect. Suitable also for lye-recovery systems.
Sirrix® and Lufibrol®
Complete range of high performance sequestering agents (calcium, iron, copper, etc.), neutralizing agents and anti-corrosion auxiliaries.
Peroxide stabilizers adapted to the different process conditions and performance requirements.
All-in-one products combining wetting, washing, stabilizing and sequestering properties for an easy handling with excellent performance/cost ratio.
Stabilized hydrosulfites suitable for reductive bleaching processes of textiles made of wool, polyamide, cotton, linen, hemp, flax, jute and similar fibers.
Performance improvement in enzyme treatments and bleaching with the use of advanced polymer technology.