Conventional aluminum honeycomb core

The core layer of the honeycomb panel is a hexagonal aluminum honeycomb structure. The dense honeycombs that hold each other are like many small I-beams, which can disperse the pressure from the panel direction, make the panel force uniform, and ensure that the panel can still be maintained in a large area. Very high flatness. In addition, the hollow honeycomb can greatly reduce the thermal expansion of the board. The supply form of aluminum honeycomb core material is divided into aluminum honeycomb laminated block, aluminum honeycomb core strip and stretched aluminum honeycomb core block.


Tux supply specifications

1. Aluminum alloy material: A3003H18 / 5052H18

2. Hole length (mm): 4, 5, 6, 7.5, 10, 12, 15

3. Aluminum foil thickness: 0.025-0.08mm, 0.1mm

4. Delivery status: stacked block, cut strip or unfolded size (with pinhole or without pinhole)

5. Honeycomb core thickness: 3.0mm to 500mm


Aluminum honeycomb core application industry

Decoration materials: aluminum honeycomb curtain wall composite panel, aluminum honeycomb ceiling composite panel, aluminum honeycomb anti-static composite floor, aluminum honeycomb partition wall composite panel (electronic workshop), aluminum honeycomb composite fire door, aluminum honeycomb composite marble board, etc.;
Household appliances: air conditioner cold catalyst net, refrigerator deodorizing block, heater lattice net, air cleaner air guide grille, etc.;
Lighting industry: various exhibition spotlight guide gratings, lighting, traffic light barriers, etc.;
Audio industry: flat-panel sound board, long thin speakers, small and medium-sized traditional speakers, earphone speakers, etc.;
Transportation industry: decorative materials such as railway trains, subway trains and ships' carriages, train doors, partitions, etc.;
Furniture industry: home furniture, office furniture, exhibit furniture, etc., have the functions of moisture-proof, moth-proof and fire-proof, and its compressive and flexural properties are much better than traditional materials.