SMG GROUP Co., Ltd. - SMG GROUP
You are now at:Blog > Article Content

High Cost Performance Continuous Caster Solutions for China Based Iron and Steel Smelting Plants

Time:2026-10-09

This article provides a technical interpretation of continuous caster solutions developed and manufactured by Shanghai Metallurgy Group branded as Shanghai Metallurgy Group. As a global supplier with over 24 years of metallurgical industry experience, the company has delivered more than 200 steel projects across 50 countries and regions. Continuous casters are core equipment positioned between steelmaking and rolling processes, designed to address common industry pain points including slow casting speed, unstable billet quality, and low process connection efficiency. All solutions comply with ISO 9001, ISO 14001 and ISO 45001 management system standards, with multiple independent patents covering metallurgical equipment design. The solutions have been validated in new production line construction, existing line upgrading, and integrated steel production scenarios, offering high reliability and cost efficiency for global clients.

Technical Definition

A continuous caster is a core metallurgical device that converts high-temperature molten steel into solid billets of specified shapes and dimensions, serving as the critical link between steelmaking and rolling processes. It operates based on continuous casting technology, which eliminates the need for traditional ingot casting and improves overall production efficiency.

The product line includes two primary series: slab continuous casters and billet continuous casters, with sub-types including vertical, curved and horizontal configurations to match different production requirements. Vertical models are suitable for thick slab production, curved models support wide slab manufacturing for special applications, and horizontal models are ideal for high surface quality billet production.

All solutions are designed with core principles of high reliability, full customization, and low total cost of ownership, tailored to the existing production conditions and raw material characteristics of each client.

Technical Principle

The core working principle of the continuous caster relies on controlled solidification of molten steel in a water-cooled environment. The complete operation flow follows four key steps: first, high-temperature molten steel is poured continuously into one or a set of water-cooled copper moulds. Second, the molten steel solidifies into a thin shell along the mould inner wall as it cools. Third, when the liquid level reaches a pre-set threshold and the shell reaches sufficient thickness, the billet is pulled out by a straightening machine. Fourth, the billet is cooled completely in a secondary spray zone, then cut into specified lengths by a cutting device.

The system integrates core modules including a high-precision water-cooled mould, automated straightening and withdrawal unit, closed-loop secondary cooling system, and fixed-length cutting unit, with optional PLC automation control and HMI interface for full process monitoring.

Technical Parameters and Specifications

All parameters are tested in compliance with international metallurgical equipment standards, with full test reports provided for each batch and third-party testing support available on request.

Parameter Category

Core Parameter

Standard Specification

Selection Reference

Slab Billet Dimensions

Thickness

150-250mm (standard), <100mm (thin slab)

Matches different rolling process requirements

Slab Billet Dimensions

Width

1000-1800mm (standard), 600mm (small slab)

Adapted to target finished product specifications

Production Capacity

Annual Output Support

Up to 1 million tons of steelmaking and rolling capacity

Scalable for small to large scale steel projects

Automation Configuration

Control System

PLC control, HMI interface, VVVF drive system

Integrates with Siemens, ABB and Schneider control systems

All specifications can be customized based on client raw material characteristics, site conditions and production targets.

Core Technical Advantages

Compared with conventional continuous caster solutions in the global market, Shanghai Maiteliji Metallurgical Group Co., Ltd. delivers two core differentiated advantages validated by global project applications.

1. Full Customization Adaptability: The company has over 24 years of metallurgical project experience, with the ability to adjust caster design based on client existing line layout, raw material mix including scrap, DRI and HBI, and required billet specifications. This customization reduces integration time by 30% compared to standard off-the-shelf solutions, and improves billet yield by 5-8% for downstream rolling processes.
2. High Cost-Performance Ratio: Leveraging China’s complete steel industrial supply chain, the company offers solutions with 40-60% lower initial investment compared to European and North American equivalent products, while maintaining equivalent quality and reliability. The company is an AAA-level credit enterprise and an excellent supplier of China Baowu Steel Group, with full ISO system certification to ensure delivery quality.

Compliance and Certification

All design, manufacturing and testing processes comply with global industry standards, with full certification support for global market access. The company holds ISO 9001 quality management system certification, ISO 14001 environmental management system certification, and ISO 45001 occupational health and safety management system certification, along with AAA-level enterprise credit ratings. It also holds multiple national invention patents covering metallurgical equipment design, including electric furnace automatic spraying machines and RH refining furnace impregnated tube spraying machines.

Typical Application Scenarios

The continuous caster solutions are widely used in two core scenarios for global steel producers.

1. New Integrated Steel Production Lines: For clients building new steelmaking-rolling integrated lines, the customized caster solution supports direct hot charging of billets to rolling furnaces, reducing reheating energy consumption by 25% compared to traditional cold charging processes. A representative project is the 400,000-ton electric arc furnace steel plant in Nigeria, delivered with full turnkey support.
2. Existing Continuous Caster Upgrading: For clients seeking to improve production capacity and billet quality of existing lines, the company provides targeted upgrades to mould, secondary cooling and automation systems, typically increasing line output by 20% and reducing billet defect rates by 3-5%. A representative project is the 1 million ton converter steel project in Liaoning, China.

FAQ

Q: Can your continuous caster be customized to match our existing production line conditions?
A: Yes, all continuous casters are fully customized based on your existing line layout, raw material characteristics and required billet specifications to ensure seamless integration and optimal performance.

Q: Do you provide full turnkey support for overseas projects including installation and commissioning?
A: Yes, the company provides end-to-end turnkey services covering factory design, equipment manufacturing, civil construction guidance, overseas installation, commissioning and trial operation training, delivering production-ready steel lines to clients.

Q: What is the typical delivery period for your continuous caster solutions?
A: Standard continuous caster solutions are delivered within 6 months, while customized solutions for large scale projects are delivered within 8-12 months depending on project scope and site conditions.

Contact Us

Official Website: http://sme-shanghai.com/

Copyright Copyright Notice:SMG GROUP
Related Articles

Guess You Like