Continuous Milling

Continuous Milling

  • Full-process EPC capability from design to manufacturing, installation, and commissioning

  • Integrated electromechanical-hydraulic solutions across the full project cycle

  • Product portfolio spanning various long-rod and sheet/plate steel rolling mills

Core Equipment

Roughing Mill

Roughing Mill
  • A high-rigidity four-roll design providing powerful deformation capability.

  • Works seamlessly with the Edger Mill to achieve efficient reversible rolling.

  • Improves downstream dimensional accuracy while reducing cutting and roller wear.

Roughing Mill E1

Roughing Mill E1
  • Equipped with a hydraulic side-thrust system for enhanced strip stability.

  • AWC automatic control precisely manages roll gap positioning.

  • Short-stroke control (SSC) optimizes head and tail shaping, improving strip yield.

Coil Box

Coil Box
  • Coreless dual-position design allowing simultaneous coiling and uncoiling.

  • Effectively reduces billet heat loss during transfer.

  • Maintains crop-end temperature stability to support efficient auxiliary descaling.

Flying Shear & Finish Descaler

Flying Shear & Finish Descaler
  • Optical detection scans strip contours to optimize head/tail cutting.

  • Automation system adjusts shear timing based on real-time data to maximize metal recovery.

  • Ensures clean surface preparation for stable finishing-mill entry.

Down Coiler

Down Coiler
  • Robust four-roll coiling structure delivering strong wrapping force.

  • Integrates with Edger Mill for stable reversible rolling operations.

  • Improves downstream dimensional precision while reducing roller and cutting losses.

Finishing Mill

  • Hydraulic side-thrust device ensures strip alignment under high-speed rolling.

  • AWC system provides accurate roll gap control for consistent thickness performance.

  • SSC short-stroke function optimizes head/tail shaping to further enhance yield.

Laminar Cooling Device

Laminar Cooling Device
  • Dual-position design supports continuous strip movement without core support.

  • Reduces temperature drop and heat loss during billet transfer.

  • Maintains crop-end temperature uniformity to assist descaling and stabilize final cooling.