As Polteks, with the specially developed rubber blanket in the calender machine with rubber blanket, we have made it possible to apply the calender process to fabric types that are not suitable for the calender process under normal conditions and to obtain different touches for many fabric types. In fact, at high temperatures that can be increased up to 160 ° C, both a shiny effect on the surface of the fabric and a draped structure in the fabric can be obtained.

Kauçuk Blanketli Kalender Makinaları

Advantages of POLTEKS Calenders

  • Your special solution partner with cylinder arrangement suitable for product type
  • Fabric effects: shine, density, smoothness, soft touch, silky touch, lamination
  • The whole system is configured according to the user’s wishes and needs.
  • Our own technologies that can prevent the edge-middle (deflection control) difference; S-Roll, Nippol-I, Nippol-ll
  • S-Roll, NippoH, Nippol-ll, technologies that allow freedom of operation in many widths and without wear on the cylinders
  • Possibility to work without edge center difference with adjustable forces; S-Roll, Nippol-I, Nippol-Il
  • All our cylinders are completely manufactured and tested in our own facilities.
  • Dynamic and experienced service network worldwide.
  • Easily replaceable cylinder covers and applications

Fabric Transition Diagram

Sectors Used

Shirting FabricsHome Textile Fabrics (curtains, tulle and upholstery)
Home Textile Fabrics (duvet covers, sheets)Clothing Fabrics (pants, jackets and outerwear)

Technical Specifications

Maximum working force /Maximum working pressure(kg/cm)300500500
Working speed / Working speed (m/min)5-905-905-90
Maximum fabric width / Maximum working width(mm)380036003600
Maximum operating temperature / Maximum operating temperature (C°)200-250200-250200-250
Poliamid silindir tipleri / Poliamid silindir tipiKlasik / S-Roll / NippolKlasik / S-Roll / NippolKlasik / S-Roll / Nippol
R&D Center

We focus on providing our partners with the latest technologies and innovative solutions for a sustainable textile industry for the future.

  • Machine Design and Development
  • Efficiency and Performance Optimization
  • Materials and Processing Technologies Research
  • Automation and Digitalization Studies
  • Sustainability and Eco-Friendly Innovations