How to choose the right aluminum honeycomb panel?

　　aluminum honeycomb panel采用优质铝板加工而成，aluminum honeycomb panelThe plate is made of fluorine sodium carbonate, which is not subject to high temperature, temperature and atmospheric erosion, and is more resistant to wind pressure, and can exert its characteristics for secondary development and use. Aluminum plate is light weight, high strength, waterproof, antifouling, fireproof, anti-corrosion, good processing performance, low maintenance cost and long service life. Aluminum veneer can be processed into a variety of arc or special-shaped, the surface can be painted with a variety of colors, on the wall to form a variety of beautiful patterns, and can be combined with the glass curtain wall into a different appearance, so that the building more noble charm.

Aluminum honeycomb panels are made of high-quality and high-strength aluminum alloy, commonly used thickness of 2.0mm, 2.5mm, the larger size of the conventional material of the plate is 1220mm * 2400mm, can be customized according to customer needs. Its structure mainly consists of panels, reinforcing ribs and corner yards. The corner coding can be bent directly from the panel and can be formed on its folding edge, or it can be used on the riveting. The reinforcement ribs are connected with the electric welding screws behind the board surface to make it a solid whole, which greatly improves the strength and rigidity of the aluminum honeycomb panel, and ensures the flatness and long-term seismic resistance. If necessary, high-efficiency insulation materials can be installed on the aluminum honeycomb panel.

The selection of aluminum honeycomb panels should pay attention to the following issues:

1. whether there is a formal national quality inspection report, in line with the national standards of building energy conservation and fire protection.

2. whether the surface of the external thermal insulation and decoration integrated board is flat.

3. whether the project location has a record or typical engineering case.

4. whether the supporting construction scheme is consistent with the product.