How To Choose Aluminum Honeycomb Panel?
Aluminum honeycomb panels have been developed and applied for more than ten years. But many people are confused when choosing aluminum honeycomb panels. As a non-professional, many people don’t know how to choose. So how do we choose a good quality aluminum honeycomb panel?
- Thickness: The thickness of the honeycomb core is 7mm~9mm.And the honeycomb core of the ceiling generally adopts a honeycomb core with a side length of 5~6mm. The denser the density, the stronger the resilience to external forces, the more support points, and the smoother the board. It can effectively absorb impact energy, play the role of shock absorption and anti-collision, so as to protect the wall from damage.
- Manufacturer:See if the manufacturer has a supporting construction plan that meets the product, as well as a formal national quality inspection report and environmental protection label.
- Material:The aluminum material is primary aluminum, which is not prone to unevenness, potholes and other phenomena. Ensure that the surface of the board is flat.
- Look at the flatness:Feel it carefully with your hands. There should be no depression or bulge on the surface of the aluminum alloy. The qualified wallboard has a smooth and bright surface with good gloss.
- Technique:From the process point of view, good aluminum honeycomb panels have small gaps, no defects, and good appearance.
- Look at the surface technology:Generally, the cheap ones are single-coated, and most of them are double-coated on the market. It is better to choose three-coated.
- Suitable size:Only by finding the right size can the aluminum honeycomb panel have sufficient hardness and parallelism, and it can also ensure that it is not easy to deform during transportation, which is convenient for installation.
Summarize
Honeycomb panel, in addition to the structural advantages of the honeycomb core itself, the finished large panel has high flatness, is not easy to deform, and has functions such as waterproof, fireproof and corrosion resistance.