Lightweight Honeycomb Panel

Lightweight Honeycomb Panel

Lightweight Honeycomb Panel

Lightweight Honeycomb Panel is an aluminum sandwich-type panel with high rigidity and extremely low weight which is made of honeycomb core, surface aluminum plate and bottom aluminum plate adhesive with environmental protection glue. The main materials are high-quality 3003 or 5052 aluminum plates for surface panel and bottom panel. It is an ideal material for a most of application in architecture, transport, display, etc.

Usually, the surface aluminum panel is treated with PVDF coating or PE coating. PVDF coating is suitable for outdoor because of its wide property of anti-weathering, anti-contamination and self-cleaning. Due to Polyester(PE) paint’s excellent characteristics, it can achieve versatile vivid color and higher gloss rate than PVDF, It is ideal for interior wall, decoration and signboard materials. And it can greatly reduce your cost.

 

Below is our regular specifications:

  • Standard size: 1220*2440mm;
  • Skin thickness: 0.8-1.5mm;
  • Cell size: 3-34mm;
  • Foil thickness: 0.036-0.08mm;
  • Total thickness: customized;

Note: The design and size of lightweight honeycomb panel is available according to your requirements and detail drawings.

Structure: Aluminum skins + Aluminum honeycomb core + Aluminum skins.
1. Face Skin: aluminum plate;
2. Bottom Skin: aluminum plate;
3. Core: Aluminum honeycomb;
4. Adhesive: PU/ Epoxy glue or film;
5. Surface treatment: PVDF/PE coatings/ customized;
Packaging Details: Standard pallets/ plywood cases/ cartons.

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Product Details

Aluminum alloy 3003/5052
Standard size 1220mm ×2440mm/ Customized
Aluminum skin thickness 0.8mm-1.5mm
Aluminum honeycomb core Cell size: 3mm-34mm, Foil thickness: 0.036mm-0.08mm
Total panel thickness Customized
Surface treatment Anodized, Brushed, Foil Decoration, Mirror, PVDF/PE coated, Perforated
Surface color Customized

Frequently Asked Questions

1. What is a lightweight honeycomb panel?

A lightweight honeycomb panel is a structural panel with a honeycomb-shaped core designed to provide high strength and rigidity while keeping the overall weight low.

2. What are the main advantages of lightweight honeycomb panels?

Lightweight honeycomb panels offer benefits such as high strength-to-weight ratio, structural rigidity, reduced material weight, durability, and efficient material usage.

3. What materials are used to make lightweight honeycomb panels?

Depending on the application, lightweight honeycomb panels can be manufactured using materials such as aluminum, polypropylene, paper, fiberglass, and other composite materials.

4. Where are lightweight honeycomb panels used?

These panels are used in applications such as transportation, aerospace, automotive, construction, marine, furniture, interior structures, and industrial equipment.

5. How does a honeycomb structure reduce weight?

The honeycomb structure uses less material while creating multiple interconnected cells. This design helps reduce overall weight while maintaining structural strength and stiffness.

6. Are lightweight honeycomb panels strong?

Yes. Despite their low weight, honeycomb panels can provide excellent strength and rigidity, particularly when combined with suitable facing materials.

7. Can lightweight honeycomb panels be customized?

Yes. Lightweight honeycomb panels can be customized based on panel dimensions, thickness, core material, cell size, density, and facing material requirements.

8. How do I choose the right lightweight honeycomb panel?

The right panel depends on factors such as load requirements, weight limitations, environmental conditions, panel dimensions, core thickness, and the intended application.

9. What is the difference between a honeycomb core and a honeycomb panel?

A honeycomb core is the cellular internal structure, while a honeycomb panel typically combines the core with outer facing sheets to create a complete structural panel.

10. Can lightweight honeycomb panels be used for composite applications?

Yes. Lightweight honeycomb panels are commonly used in composite structures where reducing weight while maintaining strength and rigidity is important.

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