Equipped with regenerative burners or high-speed direct-fired burners, enabling rapid and uniform billet heating with combustion efficiency up to 85%.
Available in walking beam, pusher-type, rotary hearth, and walking hearth designs based on your production scale and layout requirements.
Optimized furnace chamber design ensures consistent temperature across the billet cross-section, minimizing internal stress and material defects.
Fully automated PLC+HMI control allows precise temperature regulation, zone-by-zone control, and real-time fault monitoring.
The furnace meets strict environmental standards with low NOx emissions, thanks to optimized combustion technology and waste heat recovery.
Typically designed for 1100°C to 1250°C depending on steel grade and rolling process.
Integrated regenerative combustion systems can save up to 30–50% fuel compared to conventional furnaces.
Natural gas, producer gas, or mixed gas available as fuel sources.
Steel rolling mills for heating billets, slabs, and blooms prior to hot rolling.
Reheating of steel materials in long product rolling lines (e.g., rebar, wire rod, section steel).
Intermediate reheating in continuous or semi-continuous rolling mills.
Applicable in alloy steel, carbon steel, stainless steel production processes.
Over 20 years of furnace design and manufacturing experience.
Customizable solutions based on plant layout, billet size, and production capacity.
On-site installation guidance, commissioning, and after-sales technical support.
Proven energy-saving performance and stable long-term operation.
Exported to various steel mills worldwide with positive client feedback.
