Structure and advantages of aluminum honeycomb panel

Aluminum honeycomb panel as a kind of material in the metal sanitary partition, aluminum honeycomb panel has the advantages of other partition materials can not be compared. In these aspects, the design of aluminum honeycomb is the key.

aluminum honeycomb panel structure is introduced:

　　aluminum honeycomb panelThe production process is: the middle of the honeycomb aluminum core, the use of fluorocarbon baking paint rolling aluminum plate. And it has the advantages of sound absorption, heat insulation, environmental protection and strong pressure bearing capacity, among which the design of aluminum honeycomb core board is essential.

1. Sound absorption

Because the honeycomb core in the aluminum veneer is divided into numerous small chambers, the air flow is blocked, the sound wave is blocked, and the sound absorption coefficient is increased (up to 0.9db). According to the indoor sound quality design, different perforation rates are designed to control the sound absorption coefficient of the combined structure within a certain range.

2. Heat insulation

The name of the aluminum honeycomb core can also be seen from its name, which is a metal material made of aluminum alloy. Since the melting point of aluminum is as high as 660°C, when a fire occurs, neither the surface aluminum plate nor the honeycomb aluminum core in the middle will catch fire.

3, environmental protection

This product is pure aluminum Products, do not volatilize any harmful gases, no radioactivity, can be completely recycled. For today\'s plate green development environmental protection Products.

4. Pressure

The advantages of aluminum honeycomb panels are high strength and strong pressure bearing capacity, which also benefits from the scientific design of honeycomb aluminum core. Both sides are high-strength aluminum honeycomb panels, and the inner layer is a special hexagonal aluminum honeycomb panel. Because of the adhesion between the honeycomb core and the sandwich structure, it is subjected to pressure in the tangential direction. A dense hive is like many small hives. The pressure in the direction of the panel can be dispersed, so that the panel is evenly stressed.