Page 79 - TEXtalks May-June 2021
P. 79

78                                                                                                              79

 Maglificio Ripa’s antiviral


 knitted fabrics based on


 Amni Virus-Bac Off yarn





 Maglificio Ripa has launched a new range of antiviral knitted fabrics. The antiviral technology is based on Amni
 Virus-Bac Off yarns developed by Rhodia-Solvay Group and marketed in Europe by Fulgar. Amni Virus-Bac Off
 technology is the new antiviral and anti-microbial polyamide yarn. The yarn acts against bacterial growth and
 virus transmission due to permanently incorporated antiviral and antibacterial agents into the polymer matrix
                                             TM
 during extrusion. The antiviral properties of the yarn were checked using ISO 18184 standard.   Novara  digital finishing
 The fabrics from the unique collection will retain all the characteristics of Ripa fabrics, such as elasticity,
 softness to the touch, freshness, and comfort, and are suitable for sportswear, underwear, athleisure, travel   system: An innovative solution
 wear, and leisurewear. The antiviral and antibacterial activity of textiles is becoming more and more inevitable.
 People now prefer multifunctional fabrics over conventional to protect themselves after this COVID-19
 pandemic. Maglificio Ripa’s new range of circular knitted fabrics will serve the said purpose where elasticity,   to reduce chemical
 comfort, and protection are the end requirements.
                             consumption by 50%



             The textile finishing requires enormous chemicals   Novara™ is a non-contact technique that utilizes an
             and energy (heat) to complete the process, making it   array of digitally controlled nozzles to deliver
             costly and unhealthy for the environment. Novara™   precisely defined finishing to the fabric. Delivering
             digital finishing system, being developed by the   finishing only where it is needed, with precision 2D
 Nanollose: Turning   partnership of HeiQ and Alchemie Technology, could   digital patterning and registered two-sided coating,
                                                              Novara™ is a breakthrough manufacturing
             be a game-changer in textile finishing as it can
             minimize the limitations mentioned above. Novara™
                                                              technology for the next generation of low-cost
 liquid waste to   digital finishing system will be introduced later this   sustainable textile finishing applications. Novara™
                                                              precision digital finishing system delivers over 30%
             year. The partnership combines the expertise of the
                                                              vs. pad coating cost reductions due to the significant
             two innovators (HeiQ and Novara) to make the
 produce ‘tree-free’   upcoming system a success. Novara can also apply   reductions in energy and chemistry consumption.
             a single or two-sided coating of multiple finishes to
                                                              Cost-saving over 50% can be achieved in
                                                              applications where the finish is only required on one
             specific areas of textile.
 lyocell and viscose  Novara™ system will enable unique innovations at   side of the fabric.
             lower production costs. The finished fabrics will be
                                                              In the conventional padding process, the batch is
             breathable, wicking, foul odor-controlling, and much   usually contaminated with fabric debris and other
             more.  The technology could be applied to various   impurities making the smooth finishing process
 Nanollose is an Australian-based biomaterial   garment using the company’s eco-friendly Tree-Free   fabric qualities (different GSM) and fabric types   problematic. The non-contact Novara™ process
 technology company that now turns liquid waste into   Rayon fiber (NullarborTM), sourced from sustainable   including, polyester, cotton, and blends.  could deliver precisely defined finishes from the first
 rayon fibre for clothes with minimal environmental   coconut waste. One hundred fifty million trees are cut   to the last meter. For example, in the durable water
 impact. Unlike the conventional wood pulp as the raw   down each year, then chipped and treated with   The system will be environmentally friendly due to   repellent finishing process, 85% less energy and 25%
 materials for viscose and lyocell fibers, Nanollose   hazardous chemicals to extract the raw material used   less energy consumption, fewer chemicals   fewer chemicals have been calculated than the pad
 ferments liquid organic waste from the food and   to make Viscose Rayon fibers for clothing. By   consumed, and cost-effectiveness. Alchemie   coating process due to its specific finish delivery
 beverage industries to produce ‘tree-free’ lyocell and   contrast, Nanollose’s Nullarbor fiber is made without   Technology is already famous for being a global   strategy. Furthermore, the changeover time (one
 viscose. The company has introduced “Nullarbor   harming a single tree. The innovative process to   leader in the water-less dying of textile. The HeiQ   batch to another) is less than the normal textile
 Fibre,” derived from sustainably grown microbial   produce cellulose requires minimal land, water, or   finish applied using this technology could show a   finishing process making it smarter and faster.
 cellulose with high yield and delivered within days.   energy and a production cycle is just 18 days,   99.7% antimicrobial activity even after 15 washes  Therefore, such innovations are expected to be
 compared to the eight months seen in the   at 40 degree celsius.   highly apricated across the textile sector.
 Nanollose has also introduced World’s first wearable   cotton industry.

 May/June 2021                                                                           May/June 2021
   74   75   76   77   78   79   80   81   82   83   84