Whether it is a direct-fired tumble dryer or a steam-heated tumble dryer if people want less heat consumption, the insulation is a crucial part of the whole process.
❑ A good insulation can effectively reduce 5% to 6% energy consumption.
The air channels, outer cylinder, and plate of a tumble dryer are all metal materials. The surface of the metal that loses heat is large, and the speed of losing heat is fast. Therefore, better insulation designs should be made to prevent heat loss, realizing the saving of energy consumption.
Innovative Insulation Solutions for CLM Tumble Dryers
The outer cylinder of a CLM tumble dryer is covered with 2mm thick wool felt for heat preservation. The wool felt is more expensive than ordinary thermal insulation cotton, but it has a better thermal insulation effect. A layer of galvanized sheet is added outside to fix the wool felt. This three-layer insulation design has been adopted to achieve better insulation results.
Comparison with Ordinary Tumble Dryers
❑ Most brands of tumble dryers use ordinary thermal insulation cotton without a reinforced design, so their insulation effect is not ideal. Moreover, it is easy for the insulation layer to fall off after a long time.
❑ CLM’s tumble dryer shell adopts a three-layer insulation design: wool felt covered and galvanized plate fixed.
However, ordinary dryers only add a layer of thermal insulation cotton at the door to prevent direct heat loss, while the shell has no thermal insulation design. This oversight leads to indirect heat loss during use.
Enhanced Door Insulation Design
In addition, CLM has implemented an insulation design for the front and rear doors of the tumble dryer.
❑ Ordinary dryers' front and rear doors are sealed with insulation strips, but the doors are not insulated.
❑ CLM tumble dryers feature a three-layer insulation design for the front and rear doors, significantly reducing heat loss during loading and unloading.
Combustion Protection and Energy Efficiency
In terms of the combustion protection chamber, CLM uses polymer composite insulation materials for heat preservation to reduce heat loss from the source. This innovative approach saves energy consumption for the laundry plant and minimizes heat dissipation from the dryer. Additionally, reducing heat loss contributes to a more comfortable working environment for the laundry staff.
Post time: Sep-24-2024