What is the characteristic difference between aluminum honeycomb panel and aluminum veneer?


Release time:

2023-01-18

The aluminum honeycomb panel is made of two aluminum panels firmly bonded to both sides of a thick honeycomb core plate. The honeycomb paperboard series products have a variety of models, which can show a variety of panel design, especially for the use of large panels. Its distinctive style depends on the higher limit and leveling of the board. The structure of aluminum honeycomb panel is quite different, so its performance and characteristics are also very different from the ordinary aluminum veneer, aluminum gusset ceiling plate and other raw materials.

What is the characteristic difference between aluminum honeycomb panel and aluminum veneer?

The aluminum honeycomb panel is made of two aluminum panels firmly bonded to both sides of a thick honeycomb core plate. The honeycomb paperboard series products have a variety of models, which can show a variety of panel design, especially for the use of large panels. Its distinctive style depends on the higher limit and leveling of the board. The structure of aluminum honeycomb panel is quite different, so its performance and characteristics are also very different from the ordinary aluminum veneer, aluminum gusset ceiling plate and other raw materials.
Aluminum honeycomb panel has the characteristics of ecological environment protection, green and environmental protection, which is basically the same as that of aluminum veneer. Because the plates of the two products are all made of aluminum plate as the main raw material, the processing process is also somewhat similar, and all are made of aluminum structure. However, due to the mesh structure of aluminum honeycomb panel, it is more scientific in energy absorption than aluminum veneer in terms of environmental protection, and can have the effect of heat insulation and sound insulation.
The aluminum honeycomb panel has light proportion, high tensile strength, large bending strain, stable structure and good resistance to standard air pressure. Because the honeycomb structure is hollow, the quality of aluminum honeycomb panel is lighter than that of ordinary aluminum veneer, but the tensile strength and tensile strength are slightly lower than that of aluminum veneer, but it does not harm all normal use of aluminum honeycomb panel.
The aluminum honeycomb panel is made of two aluminum panels firmly bonded to both sides of a thick honeycomb core plate. The honeycomb paperboard series products have a variety of models, which can show a variety of panel design, especially for the use of large panels. Its distinctive style depends on the higher limit and leveling of the board.
Sound insulation, thermal insulation, fire safety, and thermal insulation are expected to achieve high quality. Because each honeycomb in the honeycomb core is closed, it can isolate the flow of gas commodities, promote the sound frequency and calorific value to be effectively blocked, and greatly reduce the sound frequency and thermal conductivity of the plate, so as to achieve the effect of sound insulation, thermal insulation and thermal insulation. Moreover, aluminum plate is flame retardant material, so it can be fireproof and safe.
Aluminum honeycomb panel has good fire safety effect and simple installation. Due to the same raw materials and similar processing technology, the expected effect of aluminum honeycomb panel and aluminum veneer is the same. Both products have good fire safety and installation convenience.
Comprehensive comparison of the performance characteristics of aluminum honeycomb panels and aluminum veneers. In terms of ecological environment protection, fire safety, simple construction and installation, the two products currently have the expected effects of green environmental protection, sound insulation, thermal insulation and other aspects, while aluminum veneers are slightly superior in terms of tensile strength and bending stiffness. Therefore, the owner can choose different products according to his actual situation.

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