b'PRESS FABRIC OPERATIONnovel groove types.These allow forshoe press designs around the world,openness needed for a given machine.higher dryness levels and longer beltand continue to meet and exceedBeyond the bases themselves, both life potential to prevent loss of voidcustomer demands and expectations. the Dynavent II and Dynatex II volume in the nip over time.RealisingEach are laminated Multi-Axial baseproducts have individualized batt fibre that this belt is a key component toconstructions, meaning each layer isdistributions that can be engineered the hydraulic pressures in the shoeindependent of the other and angularlyin a modular form to meet position press nip, designing the press fabricoffset from one another.This ensuresdemands.Combined with enhanced accordingly allows for maximuma compaction resistant structurein-house compaction procedures, this utilisation of this belt void volume. to maintain caliper and opennesscreates a pore structure that delivers after each nip cycle.The Dynaventan optimal amount of dewatering at OPTIMIZED PRESS FABRIC DESIGNS II design (Figure 3) has a variety ofthe Suction Turning Roll right from Tissue shoe press machinessuperfine, twisted monofilament basestart-up, while ensuring high pressure initially ran integrally woven andfabric options tailored to the shoe pressuniformity against the sheet and laminated press fabrics; however withapplication, and provides outstandingmaximum press nip saturation.For experience, learning, and productbatt fibre adhesion and compressibilitya given design and build of the press development, laminated Multi-Axialthrough the nip width.The Dynatexfabric, the ideal amount of showering structures have become an industryII construction (Figure 4) has a widewater needed can be calculatedstandard.Dynavent II and Dynatexrange of base fabric yarn combinations,primarily through the flooded nip II are two of the most establishedflexible enough to deliver any level ofshowerto achieve excellent cleaning For a given design and build of the press fabric, the ideal amount of showering water needed can be calculated to achieve excellent cleaning of the press Figure 3. Dynavent II. fabric.94 TISSUE TECHNOLOGY INTERNATIONAL'