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Klieverik, Transfer Printing Calender, 3200mm Working Width, 35 m/min

Klieverik, Transfer Printing Calender, 3200mm Working Width, 35 m/min

Description

  1. Overview
    1. Klieverik transfer printing calender with 3200 mm working width
    2. Transfer printing is a well-proven technology resulting in brilliant colours and a very high print definition
    3. The key advantage of this process is the relatively simple operation in which dyes are transferred from printed transfer paper to textile
    4. Two main end products can be produced with transfer printing: disperse dyestuff or polyester or other manmade fibers and reactive dyestuff on cotton or other cellulose fibers
  2. Technical Specifications
    1. Working widths from 1800 to 3200 mm
    2. Drum diameters from 500 to 1800 mm
    3. Mechanical speeds up to 35 m/min
    4. Temperature: 0 to 240°C
    5. Drum heated with electrical elements or by external boiler
    6. Extensive execution with winding and unwinding positions for transfer paper, protective paper and textile
  3. Transfer Printing Calender For Manmade Fibers
    1. This technology makes for a reliable and compact system in combination with disperse dyestuff and synthetic woven, knitted or non-woven fabrics like polyester, nylon, acrylic and blends
    2. At temperatures of 170°C and higher, the dyes sublimate, penetrate and fixate into the synthetic fibers
    3. Transfer printing offers an optimum combination of just in time delivery, economy and simplicity
    4. The process demands precise temperature control to ensure high-quality results
    5. Klieverik has developed a transfer printing calender which allows the required temperature to be maintained within a very small margin
  4. Advantages Of Transfer Printing Process
    1. Optimal web guidance, web tension control and temperature control
    2. Uniform and step less adjustable blanket pressure
    3. Built-in technology, no need for specialized training; it is therefore easy to operate
    4. Wide range of auxiliary equipment
    5. Completely reproducible process
    6. Easy maintenance
    7. Short process time
    8. Only small floor space required
    9. High flexibility and short runs
    10. Low consumption of dyestuff
    11. Low initial investment and energy consumption
    12. Very fine details in design
    13. Easy access to existing design libraries worldwide
    14. First class quality with high degree of fastness
    15. No need for further fabric finishing
    16. Environmental safe process