Ceramic rotary kiln energy-saving technology has been the pursuit of the industry, and in recent years ZK has been committed to the development of ceramic production line, continue to be the most cutting-edge technology used in ceramic production, and do the most cutting-edge ceramic production technology to the industry, striving to build the industry's new standards.

It is important basis China's economic development that energy - saving emission reduction, improve thermal efficiency. Energy-saving is an effective way for enterprises to obtain direct economic benefits. Ceramisite production in China has more than 60 years of history, there is a big gap that the domestic technology compared with the foreign’s. With the country continue to strengthen in recent years, building energy efficiency requirements, ceramic production industry has a new development, but there is still a waste of resources. Some regions are relatively backward in production technology, there is huge waste heat in the production process of the ceramic, at the same time, and the pollution of the environment also increased the production costs.

It is the hot point of the industry that how to improve the thermal efficiency of ceramic rotary kiln, reduce heat loss, increase the economic efficiency of enterprises. Here, ZK on the combination of our own production to sum up a number of energy-saving methods, is shared with you, which hope to help you:

Heat exchanger (lifting plate) is arranged at the proper position of the rotary kiln head hood to increase the heat exchange between the raw material and the flue gas, to improve the heat transfer effect and to lower the flue gas discharge temperature.

Energy-saving rotary cooler is arranged at the outlet of the kiln head to reduce the temperature of the finished ceramsite, and the hot gas is recycled to the combustion system to increase the internal temperature.

Setting the insulation bricks or insulation materials between the kiln fire brick and the kiln body wall, to reduce the kiln temperature distribution.

The waste heat utilization of the kiln inlet exhaust gas. Setting the heat exchanger in the dust room, and the conversion of the kiln inlet exhaust gas heat, so the heated air can be used for drying raw materials.

Adding a discharging box in the finished discharging mouth to carry out heat recovery. This way to avoid the rapid cooling of high-temperature finished product that cause the problem of the poor quality, which high thermal efficiency, small footprint, low project cost.

ZK is willing to work with you to win the future together!