NIPCO^® L and NIPCO^® Chaising calender

The optimal combination

NIPCO^® Chasing calender each with one NIPCO^® roll in top and bottom positione

If in qualified markets a qualified down proof fabric is required with full and soft handle, a technology returns, which in the 50s and 60s was standard all over the world. Latest with the development of Polyamide bowls introduced to markets under the trade name RACOLAN^® to be used in Textile calenders, established by "Dr.Ramisch & Co Maschinenbau" in Krefeld the Chaising Technology was setting new standards; with developing of the NIPCO^® technology the full range of independent pressure settings instead of crowning the bowls has given full flexibility to this special calender finishing.
Textile fabrics out of cotton or linen, like down proof, damask, mattress drill or bed lien have been finished since many years on so called mangling or "Bettle" equipment, the target: soft, full handling with elegant glazing and "deep results", means not only a surface finishing, but a finishing with effect of depth!
The answer has been given by the so called "Chaising Technology", in which the woven cloth is packed in 5 - 7 layers from inside to outside in those 4 resp. 6 nips, one on the other. Warp and weft threads grip into each other and are not "over pressed" but ideally fulled. A result , the yarn is given natural "roundness" and this means mangling and full grip. In Chaising calenders a Steel bowl is never used, only soft calender rolls like cotton or RACOLAN^®.
If such a Chaising unit is combined with a so called pre calender unit, like NIPCO® L with its possibilities of independent pressure setting in two independent nips, you will reach your optimised result, which will not find any technical alternative.

NIPCO^® Chaising calender under working condition

NIPCO^® Chaising calender:

YOUR ADVANTAGES

All 5 bowls cylindrical
NIPCO^® bowls in top and bottom position to avoid deflection and bowl crowning
Pressure adjusting in accordance with the known NIPCO^® technology
All rolls in same diameters which is most important to the expected result
Unique web guiding in in feed and out feed to avoid wrinkles
Special web guiding to avoid any elongation, which requires a specific
Know how of all Engineers being involved