During the calcination process in a lime kiln, "off burning" is a long-standing problem that has plagued the industry - uneven temperature distribution inside the kiln, over burning or raw burning of some limestone, not only affects lime activity, but also increases energy consumption and shortens kiln life. Traditional fabric makers are limited by their structural design, resulting in material accumulation in a "mountain peak" shape, which leads to uneven wind resistance between the center and edges, becoming the main cause of overheating.

In response to this pain point, the new flat fabric feeder developed by Jinyong Kiln has provided an effective solution. This device achieves a truly "flat" and uniform material distribution process effect on the kiln roof by optimizing the rotating material trough and multi-point distributed structure. The material is forcibly dispersed when it falls into the kiln, effectively eliminating the "kiln wall effect", making the entire material surface uniform in thickness, smooth and without bumps, and balancing the ventilation resistance inside the kiln.

The direct value brought by uniform fabric is the improvement of combustion efficiency. When the height of the material layer is consistent and the airflow is evenly distributed, heat can be efficiently and evenly transferred in the kiln, eliminating the phenomenon of partial burning caused by local high temperature or oxygen deficiency from the root. This new type of fabric dispenser, with its precise adjustment control and stable operating performance, is helping many lime companies improve product quality and move towards a more efficient and lower consumption production mode