woven fabrics; and finally GOLLER has developed CYCLONA MODUL, a washing unit which combines the advantages of integrated rotor-drum washing together with the up-down rollers features. The followings are the three major sections of the new design: 1) The lower section of the unit is equipped with the patented Cyclone rotor as in the Sintensa Cyclone washing unit and is fitted with the new designated co-axial mechanism which brings the maximum speed up to Then Airflow High Temperature 100m/min. Dyeing Machine AHYBRID. Employing the turbulence generated by the Cyclone through the under liquor turbulence rotor, the fast movement of the fabric washing zone in the lower section, can be achieved entirely swelled then it goes through the upper washwhich is ready for washing in a very ing section with the combined sprayshort period. ing and squeezing, and it turns back 2) The upper section of the unit is to the lower section for under liquor equipped with several sets of upturbulence washing again. This washdown rollers, jockey rollers, and ing sequence is generating the best spraying devices which are installed possibility of liquor exchange, and both under liquor and above the extracts the impurity and dirt away rollers. The fabric will firstly pass from the fabric. 3) The last section is designed with interchangeable intermediate trough and patented inclinedsqueezer developed from the family of Sintensa Cyclone. The fabric will effectively be squeezed before leaving the washing zone. The new CYCLONA MODUL combines multi washing Goller washing unit for woven and knitted fabric CYCLONA elements in one MODUL. ( 3D representation) single unit, thus a
shorter range can finally be achieved for utility saving. “Design for customer’s future” is the key of new design concept at GOLLER; the new CYCLONA MODUL has turned over a new page of the openwidth washing on woven and knitted fabrics.
Monforts Fong’s Stenter Frames Range monfongs 888 Twinair Monfongs 888 Twinair technology, is based on the Monforts Germany stenter range. This model combines the most recently developed technology to evolve into a more advanced energy saving stenter range. Advanced squeezing roller: The Matex 6000 of this stenter is equipped with new high efficiency parallel padders which could lower the pickup in the same time keep the fabric hand-feel. This could lead to less energy to evaporate the water content of fabric after passing through the padders. This lower energy consumption could contribute the textile industry to achieve low carbon release target a step further. Energy saving design: A sensor is installed at the fabric outlet opening of the last chamber to detect temperature
49
