The CLM engineering team strives hard to increase heat isolation and reduce temperature drop with all factors considered. In general, a tumble dryer is the major source of energy consumption in every laundry plant operation. Heat insulation is the key factor in reducing energy consumption because the quicker the temperature drops during each drying run, the more frequently the burner activates to heat it back up.
The CLM steam-powered tumbler dryer is built with 2 mm thick wool felting on the dryer body, outer layer, and front and rear doors of the dryer; with a fixed galvanized panel for heat insulation. Also, the design is tested for long-term operation with no concern of falling off. The ordinary tumbler dryer is designed with normal material on the dryer body and no other prevention but a thin layer of heat insulation cotton on the door frame. It is bad for heat control and less reliable to the structure with the concern of peeling off.
The CLM gas-powered dryer adopted the same heat control design as the steam-powered dryer. In addition, the heat insulation material is covered from the burner chamber with polymer composite materials, so better heat reserve from the initial heating site. Also, the heat reclaimed from exhaustion allows for reusing the heat in order to reduce the time it takes for the burner to activate from burning more gas.
Hence, a CLM steam dryer consumes 100–140 KG of steam for 120 KG of towels to dry, and a gas-powered CLM dryer consumes 7 cubic meters for the same amount of towels.
Post time: Jun-11-2024