SSB Triple Layer Forming Fabric For Packaging Paper Grades
Description
Reviews
Description
SSB triple-layer forming fabrics have two independent single-layer fabrics bound together by separated yarns.
On the forming side, the yarns have a small diameter to increase the support index. On the wear side, cross-direction yarns have a large diameter to improve the fabric life.
The wear side is made with a coarse mesh to improve stability and wear resistance. The paper side is made with very fine yarns on the surface to optimize the sheet forming performance.
This modified design delivers enhanced stability in the cross-machine direction thanks to its three-ply weft structure. Furthermore, improved drainage is guaranteed because of its increased three-dimensional space.
SSB triple Layer Forming Fabric
Feature
● Better drainage performance
● Better stability and abrasion resistance.
● Longer service life
Application
SSB triple layer forming fabric is the best for those who wants to retain as much fiber and faster drainage as possible. The increase with the count of the yarn ensures better support and retention while at the same time reduces the wire marks.
SSB triple-layer forming fabric is suitable for producing quality printing paper, tissue paper and cigarette paper, etc. Due to its excellent stability and resistant, it is ideal for high-speed paper machine.
KEYLIFE SSB Forming Fabric- Style FORM TC
Style FORM TC, is a robust weft-bound forming fabric for board and packaging paper machines requiring high dimensional fabric stability and high paper quality. Due to the unique warp concept of style FORM TC, a fine paper side can be combined with an extremely stable machine side.
Particularly the open machine-side structure provides for efficient dewatering. The good abrasion resistance and cross stability of style FORM TC guarantee a long operating life.
Technical superiority:
- Highest wear resistance-Outstanding life potential
- High fiber support- reduced retention chemical to lower production cost and offer cleaner running
- Controlled drainage – improved formation and test generation
- Low running void volume- Clean running and vacuum element efficiency
- Increased headbox flows- best possible formation and sheet surface uniformity
