Aluminum Honeycomb Panel The Perfect Balance Of Strength Functionality And Design For Your Structures

1, Product Name:Aluminum honeycomb panel
2, Perforate: 8-30mm round straight holes or plain
3, Edge profile: Beveled Edge/straight edge
4, Sound absorption: Germany soundtex, MRC0.65-0.8
5, Workmanship: Extrusion moulding forming
 

Specification:

Advantages:

1, Multiple accessibility options;

2, Variety, pattern, color can be customized according to user requirements.

3, Good flatness, moisture resistance and oil resistance

4, Colorful, durable, non-fading,

5, C-shaped ceiling has a compact structure and seamless stitching, which can maintain no discoloration for 10 years;

6, Non-toxic, tasteless, environmentally friendly, 100% recyclable

7, Certificate: ISO9001:2008, ISO14001:2004, CE, SONCAP, GB/T28001-2011, SGS Test etc;

Fully Aluminum honeycomb sandwich composite panel with wooden textures and color

Descriptions of Aluminum Honeycomb Composite Panels

Aluminum honeycomb composite Panel is made up of high strength and lightweight aluminum alloy sheet and honeycomb structure aluminum foil core by adhesive in sandwich way.The both faces are 0.5mm to 2.0mm thick aluminum sheets which are coated with PVDF or polyester paint, there are many optional colors to match different architecture design requirements. Aluminum honeycomb composite Panel is also called as aluminum composite material which is simplified as ACM, it's a kind of materials widely used for exterior wall cladding, canopies, eaves, parapets, fascia and soffits as well as the siding component of a rainscreen system which also includes a ventilated drainage plane and a vapor-permeable air barrier provided under separate sections and trade contracts.

Composition of Aluminum Honeycomb Sandwich Panel

Available thickness of aluminum sheets: 0.5mm, 0.6mm, 0.7mm, 0.8mm, 1.0mm etc.

Available thickness of aluminum honeycomb panels: 8mm, 10mm, 12mm, 15mm, 20mm, 25mm, 30mm, 35mm etc.

Available Sizes of aluminum panels: 1220x2440mm or customized to requests.

Applications: interior wall covering and decoration, exterior wall cladding and decoration, ceiling decoration, roof covering, eave and canopy envelope, curtain wall or facade envelope and decoration.

Why Use Aluminum Cladding?

Aluminum wall cladding is a material of choice in numerous configurations including single skin sheet, thicker solid aluminum plate, and aluminum composite material (ACM) consisting of two aluminum skins bonded to a solid fire-retardant core. There are a number of reasons why aluminum wall cladding is the preferred choice.

Advantages and Benefits of Aluminum Panels

Aluminum cladding systems are made from the lighest metal material, providing a high level of stability and durability. Since aluminum is a processable material, manufacturers can fabricate it in any desired shape and design, allowing architects to create limitless building facade styles. Additionally, the building owners can easily replace them with other products whenever they want. The vast array of aluminum cladding systems benefits and advantages make them the dominant metal building materials on the market. Here are the primary advantages of aluminum panels that are used for the building cladding system:

• Environment-friendly material. Aluminum can be recycled after its service life.
• UV resistant. Aluminum panel is treated by chromate coaing and PVDF resin or powder coating which make the decorated building surface resistant to sunlight and corrosion.
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Aluminum cladding systems are highly durable and sustainable and can withstand even the worst weather conditions. In addition, these building facade materials provide structural stability. Although aluminum panels do not get damaged easily, in some cases, the building owners may prefer to replace them with other materials or other color aluminum panels to shift the building look and style or make it renovated and brand new from old look.

Aluminum panels used for building claddings are considered rainscreen systems and can improve the building’s envelope’s thermal insulation and energy efficiency.