Fabrics for all paper grades

Forming fabrics are technical products that significantly influence runability, raw material, energy and overall performance of a paper machine. Our portfolio contains forming fabric designs for the production of all paper grades on all paper machine configurations.

The Voith I-Series forming fabrics utilize a completely new warp setup optimizing all areas of fabric performance. The papermaker no longer has to sacrifice one area of performance to optimize another. The I-Series fabrics take the SSB concept to the next level of performance.

A variety of designs is available and customizable for each pressing application. The concept of modularity is crucial for press fabric construction at Voith. Our engineers choose base components from an array of options and tailor batt layers to meet specific customer requirements. Functional characteristics are created with special components like Elastomer, Vector, yarn variations and Spectra, to name a few. The woven layer in the felt can be replaced with special components, giving the fabric new functional features.

Infinity is a new generation of laminated felts that incorporates modularity with a completely new way of manufacturing the base cloth and the seam. Infinity delivers clear advantages to the papermaker that target efficient dewatering, better sheet quality, fast startup, reduced chemical use, safety and energy savings. In short: "fit and forget."

Voith’s PeakElement technology is a specially developed elastomeric material that, when integrated into a press fabric, reduces the start-up period while additionally maintaining steady-state performance throughout its operational life. Its versatility is unique, and it is a perfect solution for increasing dewatering performance in the press section of your paper machine.

Therefore, Voith has developed a full series of woven and spiral designs to suit all requirements. Optimal material choice and special designs support cleanliness, heat resistance and runability to address our customers’ production goals. To reach better results in drying efficiency, Voith has developed CleanWeave, a new product range of dryer fabrics. CleanWeave dryer fabrics are characterized by strength, durability and hydrolysis resistance throughout the whole fabric life. They are designed to minimize the build-up of contamination within the fabric structure and to manage the extreme conditions found in a dryer section.

To make seaming as easy as possible, Voith now offers a short video explaining how to join a dryer fabric and how to deal with obstacles. It starts with an explanation on how to load and align the fabric correctly. The second part shows the different variants of seam aids Voith provides for customers. At the core of the video is the seaming itself. It includes troubleshooting support for the most common problems encountered when seaming. The last part rounds it up with advice on finishing and housekeeping.

 

 

 

The ProTect system consists of a self-propelled carriage, fixture and any number of traverse beams. It allows the precise measurement of fabric moisture and permeability at various points along the fabric. ProTect can be used with all commercially available manual measurement devices, but without the risk of endangering the maintenance team or service personnel. Thanks to its sophisticated design, all moving parts are predominantly outside the machine. This prevents wear and additional maintenance outlay.

Voith forming fabrics are best in class, and now our customers can profit from a unique new service. With the Q-Fit camera, our service engineers can judge the forming fabric wear during machine run even at very high speeds. Avoiding unnecessary downtime, eliminating surprises and gaining higher efficiency are just a few benefits of this new key development for the paper industry.

The requirements of a broke conveyor are different from those of a dryer fabric. While the ribbed upper surface is specifically developed to provide efficient broke transport, the smooth underside provides highest wear resistance. Result is a longer service life.