perforated aluminum sheet

Perforated Aluminum Panels - play a very important role in architectural design 
Perforated Aluminum Panels , due to its light weight and good ductility, is commonly used as a ceiling and wall panel material. It is worth noting that the chemical stability of aluminum makes its life span more secure.

Perforated Perforated Aluminum Panels can be manufactured according to customer's requirements and can be arranged with different shapes and sizes of holes to produce perforated panels with an artistic touch. In addition to hole shapes, hole sizes and layouts, they can also be available in unique colors. As a decorative material, it can be anodized to enhance the color and strength, or with some surface treatment to achieve your desired effect, such as powder coating, brushed or mirror finish.

• Acoustic performance

  The perforated metal sheet with high open area allows sounds to pass through easily as well as protects the speaker from any damage. So it is widely used as speaker grilles. Additionally, it is ability to control noises for providing you an comfortable environment.

• Sunlight and radiation containment

  Nowadays, more architects adopt perforated steel sheet as sunscreen, sunshade to decrease the solar irradiation without any block of view.

• Heat dissipation

  Perforated sheet metal features the character of heat dissipation, which means the load of air conditions can be reduced in a large extent. The related cruising data demonstrated that the using perforated sheet in front of building facade can bring about 29% to 45 energy savings. So it applies to architecture usage, such as cladding, building facades, etc.

• Perfect filtrability

  With perfect filtration performance, stainless steel perforated sheet and perforated aluminum sheets are normally used as sieves for bee hives, grain dryers, wine presses, fish farming, hammer mill screen and window machine screens, etc.

• Anti-skid

  Embossed perforated aluminum sheets make it possible to be used as anti-skid plated in offices, industrial plants, tread, stairs, transport places, etc. It works to protect personal safety by reducing the occurrence of slipping caused of wet and slippery road.

• Protective function

  The perforated sheet have proven to be durable enough for protecting machines and other properties. Meanwhile, it also can be used as balcony guardrails to protect small children from falling.
  
   

  Features:

  Compared with traditional building and renovation materials, perforated aluminum sheet has the following advantages:

• Light weight. 3 mm thick aluminum plate weighs 8 kg/m², the perforated sheet with 40% open area can even reach 4.9 kg/m².
• Good durability and corrosion resistance. With PVDF fluorocarbon coating, can resist acid rain, air pollution, and ultraviolet erosion, available for more than 15 years without fading.
• Good craftsmanship. Using first processing and then the spray paint process, aluminum sheet can be processed into plane, arc and corrugated, and other complex geometric shapes, to meet the complex modeling requirements of the building.
• Easy to Install and construct. Aluminum sheets are formed in the factory, no cutting is required at the construction site, and they can be fixed on the skeleton.
• Recyclable and environmentally friendly. Aluminum plates can be 100% recycled, with high recycling residual value.

Installation Method

Ceiling Installation – Hook-on

Aluminum veneer panels with folded edges are usually 30 mm high. Rectangular panels have interlocking edges - one inwardly curved and one outwardly curved - and are therefore called “hook panels”. For special applications, both edges can be configured as inward or outward curved. The system is ideal for high mobility ceiling applications such as airports, corridors, lobbies and entrances.

Wall Installation – Offset Angle Bracket

Aluminum veneer mainly consists of plates, steel bars and angle brackets. Typically, the edges of the panels are folded and the hangers are attached to the panels by blind rivets. The panels are attached to the frame through the hangers and bolts are welded to the back of the panels, connecting the rebar to the panels to form a strong assembly. The rebar enhances the rigidity of the aluminum composite panel, ensuring that it resists wind pressure and remains flat over long periods of time.

Case Studies