Equipped with high-speed burners distributed throughout the chamber for uniform temperature and optional recuperator for energy efficiency.
Burner configuration allows for top-quality heat distribution, with firing from the door and rear wall enhancing consistency.
Double-shell stainless steel construction with high-performance, non-carcinogenic fiber insulation keeps surface temperatures low and safe.
Compatible with natural gas, city gas, and LPG to suit various regional fuel supplies.
Fully automated PLC system manages burner operation, temperature regulation, and optional integration with Lambda control, flue gas treatment, and process documentation systems (NCC/VCD).
High-quality refractory lining ensures long service life and short heating/cooling cycles, with insulation materials free of substances classified as carcinogenic.
| Material Type | Heat Treatment Process | Typical Industries/Parts |
| Steel, Alloys | Annealing, Tempering, Stress Relief | Automotive parts, tool steels, bearings |
| Aluminum, Copper | Solution Treatment, Aging | Light alloy components, heat sinks |
| Ceramics, Glass | Sintering, Debinding, Annealing | Technical ceramics, fiber optics, powder metallurgy |
For precise atmosphere regulation.
Improves thermal efficiency and reduces emissions.
Meets stricter environmental requirements.
Enhances fuel efficiency.
Supports data traceability and Industry 4.0 integration.
Fuel supply must meet safety and consistency standards.
Ensures efficient flue gas handling and waste heat utilization.
Personnel should be trained in PLC operation, burner adjustment, and heat treatment procedures.
Ideal for continuous or batch production; short payback period.
Combustion air preheating and flue gas treatment reduce energy use and emissions.
Precise temperature and atmosphere control ensures repeatable, reliable results.