Products


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Full-cast glaze production line kiln

Security system

quipped with pressure gauges, valves, filters, safety shut-off valves, overpressure evacuation valves, pressure reducing valves, power off shut-off valves, power off release valves, explosion-proof devices,and other functions.
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Transmission system

The transmission system adopts 45° helical gear differential rotation: (1) The bearing seat is divided into single conjoined body or multiple conjoined body; (2) A soft link or a hard link is used between the roller jacket and the roller; (3) The drive motor is connected with the main drive shaft by chain or gear box.
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KBL Combustion Systems

Aiming at the characteristics of high energy consumption and high emission of large-volume kilns, our company has developed the KBL regenerative combustion system, which can effectively reduce the negative pressure in the rehearsal section of the kiln head and the positive pressure in the high-temperature section of the kiln, reduce flue gas emissions and accumulate kiln heat energy, saving Energy consumption.
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Final cooling zone (300-100°C)

The final cooling zone is forcibly cooled by a low-pressure and high flow fan/axial flow fan, which further reduces the temperature of the green tile. The cooled hot air in this part has a lower temperature and is sent through pipelines and fans to the fast cooling zone for heat exchange and reuse.
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Fast cooling belt (450-300°C)

Fast cooling zone, equipped with branch pipes and small holes directly connected to the cooling system, Indoor air is blown up and down on the plane of the wheel track and forms an air circuit in the kiln for cooling  Due to the way of high pressure and low flow cooling, the cooled hot air temperature is relatively high and can be recycled for waste heat utilization.
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Slow cooling belt (600-450°C)

In view of the actual problems encountered by the kiln in the production of largevolume and large-scale products, we arranged multiple vertical extraction heat pipes inside the kiln. According to the requirements of the cooling curve, the lowtemperature hot air from the slow cooling section is pumped to the indirect cooling section. Heating technology can effectively use excess heat energy, save energy and reduce consumption; and the adjustable hot and cold air can effectively solve the problem of temperature difference in the section of the slow cooling zone.
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Emergency cooling zone (1000-600°C)

The branch pipes in the front section of the quenching section are densified and enlarged to ensure that the kiln can quickly cool down during large-volume operation.
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Transition zone (1200-1000°C)

The main function of this zone is to decrease the high temperature of the tiles to about 1000℃ thrcugh natural cooling way.
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Medium and high temperature firing belt (1050-1200℃)

The physical transformation and chemical reaction occurred in this zone finallyimplement the mullite phase condensation, the organic matter bonds and forms into awhole. The firing stage finishes here. We make a precise design to the firing channelaccording to the firing technology of specific product and thermal power engineering requirements. And the fuel and combustion air are pre-heated.Our kilns are moreaccurate, efficient and energy saving.
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Oxidized zone (950-1050°C)

In the oxidation zone (heating zone), physical transformations and chemical reactions will occur, giving the finished product certain characteristics. The Kimberly-Clark kiln quickly oxidizes the product through burner encryption (conventional 8 burners/group, encryption for 12 burners/group), and its optimal firing curve can be achieved by adjusting the air valve and gas valve.
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Pre-heating band (550-950°C)

All the water of crystallization inside the tiles will be drained and some organic matterstarts to burn. The porosity increases as the residual moisture removed from the tiles.The CO inside the smoke resolves and precipitates carbon and the tiles get ready tothe oxidation zone.
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Smoke evacuation belt (300-550°C)

At this stage, the residual moisture of the green tile is discharged and gradually heated. The waste gas is pumped out to the kiln head along with excess heat energy and discharged step by step,and the excess waste heat is sent to the dryer by the exhaust fan for recycling and reuse.
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