Wire Section
Tissue Wire Section
Optimized wire section for tissue machines with efficient water removal and sheet support.
Optimized wire section for tissue machines with efficient water removal and sheet support.
The wire section forms the foundation of the tissue forming process, where the transformation from fiber suspension to coherent sheet structure occurs. Parason's tissue wire section combines proven dewatering technology with modern engineering practices developed through decades of paper machine manufacturing experience.
Our wire section design addresses the fundamental challenge of tissue production: removing water rapidly enough to support high-speed operation while maintaining the gentle fiber handling that preserves bulk and softness.
The carefully sequenced arrangement of forming boards, dewatering foils, hydrofoil boxes, vacuum water boxes, and suction boxes creates a progressive drainage profile that optimizes both dewatering efficiency and sheet properties.
10,000 mm
Max Deckle Width
1200 MPM
Operating Speed
12-50 GSM
Paper Weight Range
Progressive drainage for optimal sheet formation
Initial stock support element with controlled drainage slots providing stable sheet formation zone.
Angled blade elements creating gentle vacuum pulses for progressive drainage without fiber disruption.
Adjustable vacuum chambers with multiple foil blades for fine-tuning drainage profile.
Higher-vacuum elements for accelerated dewatering in the mid-section with vacuum control.
Final high-vacuum dewatering elements achieving target sheet dryness for reliable transfer.
Individual elements can be adjusted, replaced, or reconfigured for specific tissue grades.
Accessible element mounting designs enable rapid replacement during grade changes.
Optional ceramic-faced drainage elements for extended service life in demanding applications.
Key specifications and features
Forming boards, foils, hydrofoils, suction boxes
Progressive vacuum levels for optimal drainage
Rapid dewatering while preserving bulk
Custom Solutions: Our process engineers can design a dewatering configuration matched to your specific tissue grades and furnish characteristics.
Our process engineers can design a dewatering configuration matched to your specific tissue grades, furnish characteristics, and production targets.
