"Goller, a CHTC Fong’s International Group Company, will introduce the new Knit Merc at ITMA 2019 to be held from June 20-26, 2019 in Barcelona, Spain. The development will help in achieving the highest quality mercerisation of knitted fabrics at the lowest tension and with under 3 per cent variation in dimensional stability with high grade fabrics, for perfect dyeing results every time."
Goller, a CHTC Fong’s International Group Company, will introduce the new Knit Merc at ITMA 2019 to be held from June 20-26, 2019 in Barcelona, Spain. The development will help in achieving the highest quality mercerisation of knitted fabrics at the lowest tension and with under 3 per cent variation in dimensional stability with high grade fabrics, for perfect dyeing results every time.
The Knit Merc is the result of intensive R&D developments at Goller and follows the successful introduction to the market of the company’s Sintensa Cyclone drum washing compartments for achieving the highest washing efficiency at the lowest tension.
The Knit Merc being can accommodate 8.4 metres of fabric in its impregnation compartment and a further four metres in its first chain section to achieve a production speed of 25m/min at 30 seconds dipping time.
It is designed for dry-on-wet mercerising, either cold or hot, and is equipped with an inlet combination of scroll and slat rollers for fabric guidance, a Tandematic uncurler in front of a rubberized de-airing roller and a grooved 320mm bottom roller with 320mm and 600mm perforated upper drums.
It benefits from automatic tension regulation and the low liquor content is ensured by the integrated lye tank and automatic circulation and filtration units.
An 8-tonne high efficiency squeezer is stationed at the exit before the chain section and a 5-tonne squeezer at the exit of the chain field.
Further fabric control and stability is provided by a cast iron pin chain with automatic optical and mechanical sensors, the Tandematic uncurler, an overfeed device and a driven belt arrangement for fabric support.