Paper Machines & Key Components

Global Full-Scope Solutions for Paper Production Excellence – Efficient Systems for Packaging, Tissue, and Specialty Papers

Core Equipment Matrix

Approach Flow System

  • Low-pulse fan pump + Low-pulse screen
  • Multi-stage cleaners (≥98% impurity removal)
  • Pulse-attenuated headbox (CD basis weight deviation ≤0.8%)

Forming & Dewatering Units

Triple-layer former

Optimized for kraft linerboard (120-250g/m²) & corrugated medium (70-120g/m²)

Quadruple-layer former

Designed for high-grammage board (300-500g/m²) & industrial-grade specialty papers

Crescent former

Cost-efficient solution for tissue (12-40g/m²)

Energy-Saving Sizing Systems

Tray size press

Adjustable sizing volume (8-15g/m²)

Film transfer size press

Closed-loop starch recovery (35% reduction in starch consumption)

Intelligent Press Section

Low-grammage press(≤120g/m²)

Four-roll three-nip configuration (80→250kN/m linear pressure gradient)

Mid-high grammage press(120-250g/m²)

Φ1650mm blind-drilled press roll (post-press dryness 42%-46%)

High-speed press(≥800m/min)

Modular units with stepless dynamic pressure control

Pressure Dryer Section

Cast dryers

5kg/cm² standard pressure (400-800m/min mid-speed lines)

Yankee steel-can dryers

10kg/cm² high-pressure design (supports 1200m/min+ operation)

Smart Control Systems

  • DCS distributed control (≤50ms data sampling)
  • QCS closed-loop quality control (real-time moisture/basis weight adjustment)
  • Multilingual HMI (CN/EN/RU/AR)

Zhengzhou Manufacturing Edge

Modular Design

Climate-Adaptive Engineering

Global Agility

Global Project Highlights

Full Lifecycle Services

Retrofit Planning

Compatibility analysis for Voith/Valmet legacy systems

Project Execution

Modular delivery (≤72hr downtime)

Ongoing Optimization

  • Monthly efficiency reports (12 KPIs tracked)
  • Predictive maintenance (roll lifespan monitoring)
  • 24/7 multilingual support from Zhengzhou Tech Hub

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  • High-Speed Rewinder Selection Guide

    with energy consumption simulation

  • PDF Title02

    with energy consumption simulation

  • PDF Title03

    with energy consumption simulation