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ANDRITZ FibreSolve pulpers

Efficient pulping of bales, pulp, and broke – virgin or recycled

FibreSolve FSV pulper

FibreSolve FSU pulper

Efficient pulping solutions

ANDRITZ FibreSolve FSV and FibreSolve FSU pulpers provide efficient and low energy pulping for all mill furnish requirements and processes. The FibreSolve pulper can be operated in either batch or continuous mode. The unique mixing vanes create extraordinarily good circulation within the vat.

 

ANDRITZ stock preparation pulpers

  • FibreSolve FSV: bale and broke pulping
  • FibreSolve FSU: under-machine pulping

Benefits of the FibreSolve FSV and FibreSolve FSU pulper

  • High pulp disintegration due to high fiber-to-fiber friction
  • Pulping consistencies typically 5–9%
  • Low specific energy consumption due to optimized pulper rotor geometry
  • Small pulper vat volumes
  • Sturdy construction, reliable operation
  • Good accessibility for easy maintenance
  • V-belt arrangement or gear drive
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High-consistency pulping

Efficient slushing of recycled and virgin fiber pulps

Weiterlesen
Low-consistency pulper FibreSolve FSR

Low-consistency pulping

Efficient pulping of recycled and virgin fiber pulps

Weiterlesen

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Automation for the pulp and paper industry

Optimization, data analysis, augmented reality

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ANDRITZ service experts and customers

Our service

Comprehensive service to support customer processes: from replacement parts to complete mill maintenance...

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Contact us
ANDRITZ AG
Paper, Fiber and Recycling Division
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Downloads
  • pp-stockpreparation-pulping-fibresolve-fsv.pdf
    FibreSolve FSV

    The ANDRITZ FibreSolve FSV pulper can be operated in either batch mode or continuously, depending on the installation and furnish requirements from the mill process.

    PDF : 303 KB
  • FibreSolve FSU

    The ANDRITZ FibreSolve FSU pulper is able to operate in both batch and continuous mode to fall in line with the requirements of the paper machine.

    PDF : 480 KB
  • Fiber R&D Center Graz

    Fiber R&D Center Graz, for customer trials, research and development

    PDF : 982 KB