Core function:
As the core equipment for sintering refractory materials (such as corundum, mullite, refractory bricks, etc.), it undertakes high-temperature curing, crystal transformation and densification treatment, and is suitable for ultra-high temperature operation requirements of 1550~1950℃. It ensures that the materials obtain excellent high temperature resistance, corrosion resistance and thermal shock resistance, and meets the stringent requirements of metallurgy, building materials, chemical and other industries for refractory materials.
Core Advantages:
1. Precise and Controllable Temperature: Utilizing a multi-segment independent temperature zone design, combined with infrared temperature measurement and a closed-loop control system, the temperature difference within the kiln can be controlled within ±5℃, ensuring consistent performance of batch products and a yield exceeding 95%;
2. Strong Structural Stability: The kiln body adopts a heavy-duty modular design, with key components constructed using high-purity refractory materials, exhibiting outstanding resistance to high-temperature creep and a service life of 5-7 years, reducing maintenance frequency by 30%;
3. Wide Adaptability: Compatible with sintering in various atmospheres such as oxidation and reduction, supporting continuous production of refractory materials with different formulations, flexibly adaptable from laboratory pilot tests to industrial mass production;
5. Environmental Compliance: Integrating negative pressure flue gas exhaust and desulfurization/denitrification systems, particulate matter emission concentration is below 50mg/m³, and SO₂ emissions meet national standards, complying with green production requirements.
