Large Capacity Remote Control Air Cooler LBW-8000RC

Materials and manufacturing process of the evaporative filter of Large Capacity Remote Control Air Cooler LBW-8000RC

Material of evaporative filter
As the core component of the evaporative air cooler, the material selection of the evaporative filter is crucial. The evaporative filter of LBW-8000RC is usually made of specially treated paper materials, non-woven fabrics or synthetic fiber blended materials. These materials have good water absorption and air permeability, which can effectively promote the evaporation of water. At the same time, they have certain corrosion resistance and wear resistance to adapt to the humid environment and possible particle attachment during long-term use.

Manufacturing process
Material pretreatment: During the manufacturing process, the selected materials will first be pretreated, including cleaning, drying and necessary chemical treatment to remove impurities on the surface of the materials and enhance the hydrophilicity of the materials.
Molding and reinforcement: The pretreated materials will be processed into specific shapes and sizes to form the skeleton of the evaporative filter. In order to enhance the strength and durability of the filter, a reinforcement structure such as a metal mesh or a fiber reinforcement layer may be added to the skeleton.
Surface coating treatment: In order to increase the service life of the evaporative filter and prevent bacterial growth, a special coating material may be applied to its surface. This coating is not only waterproof and anti-corrosive, but also enhances the antibacterial properties of the filter.
Assembly and testing: Finally, the treated evaporative filter is assembled with other parts of the air conditioner and subjected to rigorous performance testing. The test content includes evaporation efficiency, air permeability, durability, etc. to ensure that the filter can meet the design requirements.
Measures to ensure efficient evaporation and long-lasting durability
Optimized design: The design of the evaporative filter will fully consider the contact area and flow path between air and water to optimize the evaporation effect. At the same time, a reasonable structural design can also reduce the accumulation of scale and impurities and extend the service life of the filter.
Regular maintenance: In order to ensure the continued efficient operation of the evaporative filter, users need to clean and maintain it regularly. This includes removing dust, scale and impurities on the surface of the filter, and checking the integrity and performance of the filter.
Environmental control: During use, maintaining a suitable ambient temperature and humidity can also help extend the service life of the evaporative filter. Avoid using the air conditioner in extremely harsh environments to reduce damage to the evaporative filter.