Aluminum ceiling itself has relatively weak thermal insulation performance, but through some ways and technical means can significantly improve its thermal insulation function:

1. Ways to improve the heat insulation.

Filling with heat-insulating materials: Fill the interior of aluminum ceilings with materials with good heat-insulating properties, such as heat-insulating cotton and rock wool. These materials can effectively prevent the transfer of heat, for example, rock wool has excellent fireproofing and thermal insulation properties, can greatly improve the overall thermal insulation effect of aluminum ceiling.

2. Increase the air layer: Set up a certain air layer between the aluminum ceiling and the roof. Air is a poor conductor of heat, and the air layer can slow down the conduction of heat, thus enhancing the thermal insulation effect.

3. Surface treatment: The surface of the aluminum ceiling is given special treatment, such as applying heat-insulating coatings. These coatings can reflect solar radiation and reduce heat absorption, thus lowering the indoor temperature.

Aluminum ceilings themselves have a certain sound insulation function, but their sound insulation effect will be affected by a variety of factors, such as material, structure, installation methods and whether or not to add sound insulation materials.

Some aluminum ceiling products can effectively improve sound insulation performance through special design and processing:

1. Perforated design: perforated aluminum ceiling have less sound reflection. When the sound wave is incident on the perforated surface, it will cause the air in the microporous vibration, due to friction resistance, air viscous resistance and heat conduction, it can convert part of the acoustic energy into thermal energy, so as to play a sound-absorbing effect.
2. Adding soundproof material: Filling soundproof cotton and other materials with good soundproof performance inside the aluminum ceiling can effectively stop the spread of sound and enhance the overall soundproof effect.
3. Structural design: Reasonable structural design can reduce the transmission of sound. For example, hook and loop panels can control the mobility between panels through special hook and loop design, so that the gap between panels is tighter and flatter, which helps to improve the sound insulation performance.