Rapid thermal response to control inputs and low fuelconsumption result from the use of lightweight insulation inthe walls and lightweight ceramic tiles in the roof. The kiln'sthermal insulation uses high-qualitylow thermal mass ceramicfibre modules to reduce the weight and density of kiln. Iteffectively reduces energy consumption by minimizing heatstorage in the kiln lining.

Consisting of Continuous Push System, Full-Automatic Transfer Car System, Full-Automatic Retur Car Haulage System andAutomatic Position System. It ensures the kiln runs efficiently and automatically.

The burners in the preheating zone and fring zone adopt individual zone supervised or multi-zone control, whichensures very accurate temperature control. Complex fring cycles involving temperature and atmosphere can beprogrammed to satisfy all technical requirements. Rapid cooling zone consists of the combination of counter flow and jetcooling, to provide a precise cooling curve.

The hot air extracted directly from rapidcooling zone and from the tunnel kiln final exitsection can be utilized by the Heat Recovery Systemfor combustion air preheating, pre-drying, and kilnentrance hot blast air and roof hot air jetting inpre-heating zone. Recovery of the heat reducesoverall energy consumption and improves energyutilization.