CISWE

Solutions

Seven line types, plus spare parts supply

Each line type is worked through section by section: what every stage has to achieve, which equipment can deliver it, and how the stages interface within that line. The result is a configuration you can review before anything is built.

Scope
Entry section to exit section, including utilities
Basis
Product mix, tolerance and capacity target
Support
Installation, commissioning and after-handover support

Line sections

Each section specified against your product and output

Pickling lines (PPL & CPL) equipment in a steel processing plant
01

Pickling lines (PPL & CPL)

We define tank layout, strip tension and rinsing stages against the scale condition and throughput you actually run, then integrate the entry section, exit section and utilities into one operating line.

  • Tank and rinsing layout
  • Entry and exit sections
  • Acid circulation and fume handling
Reversing cold rolling mills (CRM & TCRM) equipment in a steel processing plant
02

Reversing cold rolling mills (CRM & TCRM)

Roll diameter, stand count, gauge control and lubrication are agreed section by section, so the mill supports the grades and tolerances your customers order.

  • Stand configuration
  • Gauge and shape control
  • Roll and lubrication systems
Continuous hot-dip galvanizing lines equipment in a steel processing plant
03

Continuous hot-dip galvanizing lines

Furnace profile, pot equipment, cooling and finishing are configured together so coating adherence and surface quality stay predictable through the coil.

  • Furnace and cooling sections
  • Coating weight control
  • Skin-pass and tension levelling
Color coating lines (CCL) equipment in a steel processing plant
04

Color coating lines (CCL)

Coating chemistry, oven profile and pre-treatment are specified together, so adhesion, colour and surface finish hold from the first coil of a campaign to the last.

  • 2C2B and 3C3B configurations
  • PE to PVDF coating systems
  • RTO fume treatment
Cut-to-length lines (CTL) equipment in a steel processing plant
05

Cut-to-length lines (CTL)

Leveller, shear and stacking method are selected together against the material and the order book, so cut length, flatness and surface hold from the first sheet of a batch to the last.

  • Precision multi-roll levelling
  • Stop-cut and flying shear
  • Air-float stacking and packaging
Slitting lines equipment in a steel processing plant
06

Slitting lines

Slitter head, tension section and recoiler are specified together against the strip count and width tolerance, so narrow coils arrive at the next process straight and free of edge damage.

  • 2 to 30 strips per coil
  • Closed-loop tension control
  • Synchronous or separate recoiling
Spare parts and components equipment in a steel processing plant
07

Spare parts and components

Material, heat treatment and hardness are checked against the duty the part sees, so a replacement behaves like the component it replaces rather than like a lookalike.

  • All line types covered
  • Built to OEM standard
  • Replacement guidance
Automation and control equipment in a steel processing plant
08

Automation and control

Control philosophy is agreed before equipment selection, so drives, sensors and line coordination work as one system during commissioning and daily operation.

  • Line coordination and drives
  • Instrumentation and tracking
  • Commissioning support

Integration

The line is the unit of delivery, not the machine

Mechanical integration

Foundations, alignment, strip path and interfaces between sections are defined together, so the line runs as one sequence.

Control and instrumentation

Line coordination, tension, gauge and tracking are part of the scope from the first specification, not a later add-on.

Delivery planning

Shipment sequence, site programme and commissioning steps are agreed with the plant before manufacturing begins.

Delivery sequence

Agreed before manufacturing starts

  1. 01

    Requirement review

    Product mix, capacity target and site conditions reviewed with your engineering team.

  2. 02

    Line configuration

    Each section specified and agreed, including interfaces and utilities.

  3. 03

    Manufacturing oversight

    Fabrication and assembly tracked against the agreed specification.

  4. 04

    Inspection and testing

    Components checked before packing, with records shared for review.

  5. 05

    Shipment and installation

    Delivery sequence planned against the site programme and installation plan.

  6. 06

    Commissioning and support

    Line brought into production with your operators, followed by ongoing support.

Configuration questions

Questions asked at the specification stage

If your question is not covered here, send the requirement and we will review it with the engineering team.

How is a line configuration defined?

We review product mix, thickness range, capacity target and site conditions, then agree each section and its interface. The configuration document becomes the basis for manufacturing and acceptance.

Can an existing line be upgraded section by section?

In many cases yes. Entry sections, tension control, gauges and finishing equipment can be replaced or added in stages, provided the interfaces with the existing line are verified first.

How is quality checked before shipment?

Critical components are inspected during fabrication and again at assembly. Test records, dimensional checks and function tests are shared for review before packing.

What happens after commissioning?

Operators are trained during commissioning, and support continues after handover for spare parts, troubleshooting and line adjustments.

Planning a new line or an upgrade?

Send the product mix and target capacity, and we will review the configuration.

Talk to an engineer