Sales list for paper production machines
Sales list for paper processing machines

Sales list

Main image Name Producer Type Size Capacity
1 available

Compair, Gardner Denver Rotary Screw Air Compressor L160RS-13A

Compair, Gardner Denver Rotary Screw Air Compressor L160RS-13A

High-performance oil-injected rotary screw air compressor manufactured by Gardner Denver Deutschland GmbH.  Recent manufacturing date of younger than 2020, current generation.

 

Manufacturer Gardner Denver Deutschland GmbH
Model L160RS-13A
Year of manufacture 02/2023
Compressor type Rotary screw air compressor
Free air delivery 32.33 m³/min
Operating pressure 13 bar
Inlet pressure 1.0 bar
Motor power 160 kW
Power supply 400 V / 50 Hz

Manufacturer website: Lubricated Air Compressor 160 - 250 kW | CompAir 

 Compair, Gardner Denver Rotary Screw Air Compressor L160RS-13A L160RS-13A 32.33 m³/min
2 available

Double disc refiner Voith TF 3

 Voith TF 3 — —
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Natural gas steam boiler – 27 t/h, 15 bar, 201 °C

Natural gas steam boiler, 27 t/h, 15 bar, 201 °C

High-capacity natural gas steam boiler manufactured by a well-established European manufacturer. The boiler is available at short notice.

Year

Approx. 2010

Manufacturer

Well-established European manufacturer

Steam capacity

27 t/h

Useful power

17,611 kW

Operating pressure

15 bar(g)

Steam temperature

201 °C

Fuel

Natural gas
Well established Euroean manufacturer Natural Gas Boiler — 27 t/h
5 available

Vaccuum pump type E11 Voith

General key specifications:

  • Vacuum level: approx. 150–200 mbar abs

  • Air handling capacity: approx. 35–200+ m³/min

  • Pump type: Single‑stage liquid‑ring vacuum pump

  • Medium: Water or process liquid

  • Drive: Direct or gearbox‑coupled

  • Applications: Paper production, filtration, dewatering, industrial vacuum systems

 Voith E11 — —
1 available

Horizontal Split Case Centrifugal Pump

Sulzer SM 302-400 Horizontal Split Case Centrifugal Pump

High-performance industrial water pump – Made by Sulzer (Belgium)

The Sulzer SM 302-400 is a heavy-duty horizontal split case centrifugal pump designed for high-flow water transfer applications. Built for continuous operation, this pump offers excellent hydraulic efficiency, robust construction, and easy maintenance thanks to its horizontally split casing.

Manufactured by Sulzer, one of the world's leading pump manufacturers, this unit is suitable for demanding industrial and municipal applications.

Technical Specifications

  • Manufacturer: Sulzer
  • Model: SM 302-400
  • Capacity (Q): 1,200 m³/h
  • Head (H): 40 m
  • Speed: 1,480 rpm
  • Shaft Power (P2): 151.2 kW
  • Efficiency: Approx. 84.7%
  • Pump Type: Horizontal Split Case Centrifugal Pump
 Sulzer SM 302-400 — 1200 m³/h
1 available

Paper machine for container board 4400mm, 300t/d

Machine type: Twin wire gap former

Product: Lightweight container board

GSM: 80-140 g/m²

Reel width: 4400mm

Production: approx. 320-350t/d

Full details available on request

 

 European Gap Former 4400mm max. 600m/min,approx. 300 t/d
1 available

Paper Machine for testliner and medium 5,150 mm, 900 m/min

 

  • Machine type: Single-ply Fourdrinier

  • Product range: Brown containerboard

  • Basis weight range: 90-200 gsm

  • Operating speed: Up to 900 m/min

  • Design speed: 1000 m/min

  • Max saleable width: 5150 mm

  • Daily production: 400-430 tonnes/day

Full details available on request

 European Single-ply Fourdrinier 5150 mm approx. 400 t/day
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Double wire paper machine 2600mm, approx. 350 t/d, 1000m/min

  • Working Width: 2600 mm (Final),

  • Forming section: Two forming wires

  • Pre‑Drying Section – 42 drying cylinders

  • Post‑Drying Section – 18 drying cylinders, double‑felted

  • Basis Weight Range: 110–210 g/m²

  • Production: approx. 350 t/d

  • Maximum Speed: 1000 m/min

  • Paper Grades: Packaging, Testliner

  • Honeywell – Moisture & grammage measurement systems

Stock preparation and approach flow systems;

Consisting of 3 Pulpers and Voith three‑stage coarse screening, fiber separation, thickener to bottom line. 

Approch flow consisting of two independent lines for top and bottom layers, screens and low‑consistency cleaners for final cleaning.

 

 — Double wire fourdrinier 2600mm trimmed width, 100-210 g/m² approx. 350t/d, max 1000m/min
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Andritz Papillon CS 380 Refiner

Manufacturer ANDRITZ
Model Papillon CS 380
Machine Type Cylindrical Low Consistency Refiner
Refining Zone Diameter 380 mm
Installed Power up to 400 kW
Operating Speed 700 – 1,400 rpm
Capacity up to 2,500 kg/h
Stock Consistency approx. 3–6%
Flow Rate 400 – 1,200 l/min*
Maximum Outlet Pressure

5.5 bar

 

ANDRITZ PAPILLON CS 380

Cylindrical Low Consistency Refiner

Efficient and Gentle Fiber Treatment for Modern Stock Preparation

The ANDRITZ Papillon CS 380 is an innovative cylindrical low consistency refiner developed for gentle and energy-efficient fiber treatment in stock preparation systems.

Unlike conventional disc refiners, the Papillon utilizes a cylindrical refining zone, providing homogeneous fiber treatment from inlet to outlet. This unique design ensures stable refining conditions, reduced no-load power consumption, excellent fiber development and superior paper quality.

The Papillon refiner is particularly suitable for virgin fibers, recycled fibers and annual plant fibers used in the production of paper and board.

 Andritz Papillon CS 380 — —
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Liquid Ring Vacuum Pump Nash 904 P2

  • Manufacturer: NASH
  • Model: 904 P2
  • Type: Single-Stage Liquid Ring Vacuum Pump 
  • Construction Material: Cast Iron
  • Pump Design: Conical Porting
  • Operating Principle: Liquid Ring Technology
  • Suction Capacity: Approx. 4,709 – 7,652 ACFM (approx. 8,000 – 13,000 m³/h)*
  • Ultimate Vacuum: Up to 120 mbar abs. (4 inHgA)
  • Maximum Discharge Pressure: 2.5 bar abs. (30 psia)
  • Maximum Differential Pressure: 1.5 bar (15 psi)
  • Process Connections (ANSI):
    • Suction: 12"
    • Discharge: 10"

The pump was removed from an operating industrial plant during production shutdown and showed no visible defects or signs of mechanical damage at the time of removal.

 Nash 904 P2 — —