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Aluminum Honeycomb Panels
Aluminum Honeycomb Panels

Aluminum Honeycomb Panels

Integrated thermal insulation composite panels combine decoration, insulation, and protection functions, making them a core building material for modern building energy conservation upgrades. Using high-grade aluminum alloy as the panel and polyurethane/rock wool insulation core material, they are composite-pressed and molded, possessing both robust performance and an elegant appearance.

Classification :

Composite Aluminum Veneer

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PRODUCT DETAILS

Integrated thermal insulation composite panels combine decoration, insulation, and protection functions, making them a core building material for modern building energy conservation upgrades. Using high-grade aluminum alloy as the panel and polyurethane/rock wool insulation core material, they are composite-pressed and molded, possessing both robust performance and an elegant appearance.

The insulation core material has a low thermal conductivity, effectively blocking heat transfer, providing warmth in winter and coolness in summer, significantly reducing building energy consumption. The panel uses a fluorocarbon coating process, making it UV-resistant, wear-resistant, and corrosion-resistant, maintaining its bright color for a long time. The integrated design eliminates multiple steps in traditional construction, enabling quick installation and adapting to various scenarios such as curtain walls and exterior walls, while reducing building load and improving structural safety.

A variety of surface textures (stone-like, wood grain, metallic colors, etc.) meet the needs of different design styles, and its environmentally friendly and recyclable properties align with green building concepts, making it an energy-saving choice for high-end residences and commercial complexes.

Performance comparison of insulation core materials

Material Science weight (Kg/m³) thermal conductivity W/(m·℃) Thermal resistance value (0.025m²·℃/W) Combustion grade
Phenolic 40~80 0.025 1 Flame retardant B1
polyurethane 20~40 0.025 1 Flame retardant B2
Eps 20~40 0.030 0.86 Flame retardant B2
Xps 20~40 0.041 0.61 Flame retardant B2
Rock wool 80~120 0.053 0.48 Non combustible A
Glass wool 80~120 0.036 0.69 Non combustible A
Foam glass 80~120 0.066 0.066 Non combustible A

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Preferred choice for global high-end projects

Specializing in premium aluminum ceiling and facade solutions. Our team uses advanced technology and extensive experience to ensure perfect execution in every project.

Abu Dhabi Airport

Abu Dhabi Airport

Abu Dhabi Airport

Daxing Weishanzhuang

Daxing Weishanzhuang

Daxing Weishanzhuang

Zhejiang Conservatory of Music

Zhejiang Conservatory of Music

Zhejiang Conservatory of Music

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Wanhua Chemical Shanghai Plant

Wanhua Chemical Shanghai Plant

Wanhua Chemical Shanghai Plant

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FAQ

1. What causes scratches or color differences on the surface of aluminum panels? How can they be avoided?

1. What causes scratches or color differences on the surface of aluminum panels? How can they be avoided?

Causes: ① Inadequate protection during transportation/installation, resulting in collisions and friction between panels; ② Differences in coating processes (such as spraying temperature and paint mixing ratio) between different batches of products. Solutions/Preventions: ① Wrap the products with pearl cotton and bubble wrap during transportation, and handle them gently while wearing gloves during installation; ② Clearly specify the "same batch production" requirement to the manufacturer, and verify the batch number upon receipt.
Causes: ① Inadequate protection during transportation/installation, resulting in collisions and friction between panels; ② Differences in coating processes (such as spraying temperature and paint mixing ratio) between different batches of products. Solutions/Preventions: ① Wrap the products with pearl cotton and bubble wrap during transportation, and handle them gently while wearing gloves during installation; ② Clearly specify the "same batch production" requirement to the manufacturer, and verify the batch number upon receipt.
2. The aluminum panel is labeled as "2.5mm thick", but the actual thickness is less than 2.5mm. Is this due to shoddy workmanship?

2. The aluminum panel is labeled as "2.5mm thick", but the actual thickness is less than 2.5mm. Is this due to shoddy workmanship?

Not necessarily; it's important to distinguish between "substrate thickness" and "overall thickness": The industry-standard "thickness" usually refers to the substrate thickness (for the pure aluminum plate portion). The surface coating (such as fluorocarbon paint or polyester paint) thickness is approximately 0.02-0.05mm, which will result in the overall measurement value being slightly higher than the substrate thickness, but not lower.
Not necessarily; it's important to distinguish between "substrate thickness" and "overall thickness": The industry-standard "thickness" usually refers to the substrate thickness (for the pure aluminum plate portion). The surface coating (such as fluorocarbon paint or polyester paint) thickness is approximately 0.02-0.05mm, which will result in the overall measurement value being slightly higher than the substrate thickness, but not lower.
3. What should be done if aluminum panels deform or bulge after installation?

3. What should be done if aluminum panels deform or bulge after installation?

Causes: ① Excessive keel spacing (e.g., using keel spacing >1.2m for large-sized panels), resulting in uneven stress on the panels; ② Inappropriate panel selection (e.g., using a substrate <2.0mm thick for large outdoor spans); ③ Overtightening screws during installation, compressing the panels. Solutions: ① Modify the keel structure, reducing the spacing as recommended by the manufacturer (e.g., for 2.5mm thick panels, keel spacing ≤1.0m); ② Replace with thicker substrate panels that meet the size requirements; ③ Readjust screw tightness to ensure the panels naturally conform to the keel.
Causes: ① Excessive keel spacing (e.g., using keel spacing >1.2m for large-sized panels), resulting in uneven stress on the panels; ② Inappropriate panel selection (e.g., using a substrate <2.0mm thick for large outdoor spans); ③ Overtightening screws during installation, compressing the panels. Solutions: ① Modify the keel structure, reducing the spacing as recommended by the manufacturer (e.g., for 2.5mm thick panels, keel spacing ≤1.0m); ② Replace with thicker substrate panels that meet the size requirements; ③ Readjust screw tightness to ensure the panels naturally conform to the keel.
4. What could be causing the aluminum panel exterior wall to leak during rainy weather? How can it be repaired?

4. What could be causing the aluminum panel exterior wall to leak during rainy weather? How can it be repaired?

Core causes: ① Aging or cracking of the sealant in the joints, or improper application (e.g., the sealant strip is not compacted, leaving gaps); ② Lack of waterproofing reinforcement at corners, window sills, and other joints. Repair methods: ① Remove the aged sealant and reapply weather-resistant silicone sealant (compliant with GB/T 14683 standard), ensuring the sealant joints are full and free of air bubbles; ② Apply waterproof membrane to corners, and slope the window sills outwards (slope ≥ 5°) to prevent water accumulation.
Core causes: ① Aging or cracking of the sealant in the joints, or improper application (e.g., the sealant strip is not compacted, leaving gaps); ② Lack of waterproofing reinforcement at corners, window sills, and other joints. Repair methods: ① Remove the aged sealant and reapply weather-resistant silicone sealant (compliant with GB/T 14683 standard), ensuring the sealant joints are full and free of air bubbles; ② Apply waterproof membrane to corners, and slope the window sills outwards (slope ≥ 5°) to prevent water accumulation.
5. Will aluminum panels rust over time? How should they be cleaned and maintained?

5. Will aluminum panels rust over time? How should they be cleaned and maintained?

Rusting: The aluminum composite panel substrate is made of aluminum alloy, which forms a dense oxide film on the surface, making it resistant to rust. However, if the coating is damaged (e.g., scratches exposing the substrate), prolonged exposure to rain may cause localized corrosion, requiring timely repainting. Daily Maintenance: ① Clean with a neutral detergent and a soft cloth (e.g., diluted dish soap). Avoid using strong acids/alkalis (e.g., toilet cleaner) or steel wool to prevent damage to the coating. ② Inspect outdoor panels every 1-2 years and repair any coating damage or aging sealant promptly.
Rusting: The aluminum composite panel substrate is made of aluminum alloy, which forms a dense oxide film on the surface, making it resistant to rust. However, if the coating is damaged (e.g., scratches exposing the substrate), prolonged exposure to rain may cause localized corrosion, requiring timely repainting. Daily Maintenance: ① Clean with a neutral detergent and a soft cloth (e.g., diluted dish soap). Avoid using strong acids/alkalis (e.g., toilet cleaner) or steel wool to prevent damage to the coating. ② Inspect outdoor panels every 1-2 years and repair any coating damage or aging sealant promptly.
6. How is the fire resistance of aluminum composite panels? Can they pass fire safety inspection?

6. How is the fire resistance of aluminum composite panels? Can they pass fire safety inspection?

The base material of aluminum single-panel panels (aluminum alloy) is a non-combustible material, and the surface coating (fluorocarbon paint, polyester paint) is mostly "fire-retardant B1 grade", which meets the fire protection requirements of most buildings (such as exterior walls and ceilings); Note: Some special locations (such as kitchens and electrical rooms) have higher fire protection requirements, requiring the customization of "fire-retardant coated aluminum single panels" from the manufacturer, and a fire protection test report must be provided.
The base material of aluminum single-panel panels (aluminum alloy) is a non-combustible material, and the surface coating (fluorocarbon paint, polyester paint) is mostly "fire-retardant B1 grade", which meets the fire protection requirements of most buildings (such as exterior walls and ceilings); Note: Some special locations (such as kitchens and electrical rooms) have higher fire protection requirements, requiring the customization of "fire-retardant coated aluminum single panels" from the manufacturer, and a fire protection test report must be provided.

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Internal Hook Type Aluminum Veneer

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Perforated Hook Aluminum Veneer

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Hook-type Aluminum Veneer redefine building decoration efficiency with an innovative installation structure, combining aesthetics, performance, and convenience. Made from select aerospace-grade aluminum alloy substrate, crafted using CNC bending and fluorocarbon spraying processes, the panels boast a delicate texture, long-lasting vibrant colors, and resistance to UV rays, acids, alkalis, and corrosion, making them suitable for various harsh indoor and outdoor environments.

Hyperbolic Aluminum Veneer

Hyperbolic Aluminum Veneer

Irregularly shaped Aluminum Veneer, with their unconventional design, have become an "artistic symbol" of high-end architecture. Made from carefully selected aerospace-grade aluminum alloy substrate, refined through precision processes such as CNC bending and fluorocarbon spraying, they possess both robust performance and exquisite aesthetics.

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