Dual ceramic regenerator beds cycle to minimize heat loss.
Preheated combustion air reduces natural gas or coke oven gas consumption.
Equipped with low-NOx burners, compliant with global emission standards.
Multi-zone heating with PLC/DCS ensures consistent temperature uniformity.
Available in shuttle car, continuous, or stationary designs, supporting various fuels.
Quick soot removal, strong ceramic media durability, and minimal downtime for upkeep
| Specification | Details |
| Temperature Range | 900°C – 1400°C |
| Throughput | 1 – 50+ tons/hour |
| Regenerator Material | Honeycomb ceramic bricks/balls |
| Furnace Master Type | Shuttle-car, Continuous, Fixed-bed |
| Control System | PLC or DCS Automated Control |
| Thermal Efficiency | ≥ 70%, up to 85% |
| Temperature Deviation | ± 10℃ |
Ideal for preheating bars, billets, and ingots before forging, ensuring adequate deformation properties.
Perfect for high-volume production of gear blanks, shafts, and precision components.
Used in heat treatment zones or thermal buffering stages in steel plants.
Operates on natural gas or industrial by-product gases (coke oven gas).
Upgrades legacy forging furnaces by adding regenerative heat recovery systems.
Engineering design, combustion system configuration, and control strategy to match client needs.
On-site setup, calibration, and staff training.
Scheduled inspections, spare part supply, remote troubleshooting.
Running performance analysis to quantify fuel savings and ROI.
ISO, CE, and environmental compliance to serve global markets.
