CCEWOOL ceramic fibers are the most widely used in industrial furnaces. With the advancement of industrial furnaces in energy saving and environmental protection, circular economy has become an important way to save energy and reduce emissions. A circular economy is an economic system aimed at minimizing the use of resource inputs and the creation of waste, pollution，and carbon emissions. It employs reuse, sharing, repair, refurbishment, remanufacturing and recycling to create a closed-loop system. The main features of circular economies include saving resources and recycling wastes.
Green furnaces (i.e. environment-friendly and energy saving furnaces) follow these standards: low consumption (energy saving type); low pollution (environmental protection type); low cost; and high efficiency. For ceramic furnaces, the heat-resistant CCEWOOL ceramic fiber lining can effectively improve the thermal efficiency. To alleviate the pulverization and shedding of ceramic fibers, multifunctional coating materials (such as far-infrared coatings) are applied to protect the ceramic fibers, which not only improve the pulverization resistance of the fibers but also increase the heat transferring efficiency in the furnace, saving energy, and reducing consumption. Meanwhile, the small thermal conductivity of ceramic fibers leads to the enhancement of the heat preservation of furnaces, reduction of heat loss, and improvements on the firing environment.
In the past twenty years, CCEWOOL ceramic fiber has been researching energy-saving solutions for ceramic fiber in industrial furnaces; it has provided ceramic fiber high-efficiency energy-saving solutions for furnaces in the steel, petrochemical, metallurgical and other industrial fields; it has participated in the transformation projects of more than 300 large-scale industrial furnaces worldwide from heavy furnaces to environment-friendly, energy-saving, and light furnaces, building CCEWOOL ceramic fiber the top brand in providing energy-efficient solutions for industrial furnaces.
