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Decorative Aluminum Lattice Panel is a specialized panel that combines decorative appeal with structural performance through a unique lattice design. The lattice pattern is precision-engineered to not only enhance the visual aesthetics of buildings but also to provide adequate structural support. It features a lattice design, adding an aesthetic touch to buildings while maintaining certain functional properties, making it a popular choice in architectural decoration. The aluminum material used is lightweight yet strong, allowing for easy installation and ensuring long-term durability in various environments.
For different specifications (3×0.2/0.2MM, 3×0.2/0.2MM, 4×0.3/0.3MM), the panel exhibits impressive performance. The peel-off strength is ≥4.0N/mm, ensuring the layers are firmly bonded even under stress. The density ranges from 6.4kg/m² to 8.5kg/m², providing a good balance between weight and strength, making it easy to transport and install without compromising on structural integrity.
The bend strength is ≥125MPa for the first two specifications and ≥130×10⁻⁴MPa for the 4×0.3/0.3MM specification. This high bend strength allows the panel to withstand bending forces without breaking, making it suitable for curved architectural designs. The bend modulus of elasticity is ≥3.2×10⁻⁴MPa and ≥3.5×10⁻⁴MPa respectively, indicating good flexibility and rigidity, ensuring that the panel retains its shape after minor deformations.
It has strong penetration resistance (≥18kN to ≥22kN), meaning it can resist being pierced by sharp objects, providing an additional layer of security. It also has high share strength (≥58MPa to ≥68MPa), ensuring that it can withstand shear forces without failure. The thermal deformation temperature is ≥105℃, and the thermal expansivity is ≤1.8×10⁻⁵/℃, ensuring stability under temperature changes, preventing warping or cracking in hot or cold environments.
It shows no change when exposed to boiling water and temperature differences, making it suitable for use in areas with high humidity or fluctuating temperatures. It also has a fire retardant rating of Bl, providing a certain level of fire safety. It also offers the same rigidity as steel sheets of 2.0mm or 3.0mm thickness depending on the specification, allowing it to replace steel in some applications where weight is a concern.
This panel is mainly used in architectural decoration. It is suitable for external wall cladding of commercial buildings such as shopping malls and hotels, adding a unique and stylish look that attracts attention. It can also be used in interior partitions, creating a sense of space while maintaining decoration, and allowing for better air circulation. Additionally, it is applied in landscape architecture, such as garden fences and pavilions, enhancing the overall aesthetic of the environment and blending in with natural surroundings. It is also commonly used in outdoor dining areas, providing both shade and a decorative element that enhances the dining experience.
Q: What does the peel-off strength indicate?
A: Peel-off strength measures the force required to separate the layers of the panel. A value of ≥4.0N/mm indicates that the layers are strongly bonded, ensuring the panel's integrity even under conditions that may cause delamination, such as temperature changes or moisture exposure.
Q: Can the panel withstand high temperatures?
A: With a thermal deformation temperature of ≥105℃, the panel can maintain its shape and performance under relatively high temperature conditions, such as those encountered in direct sunlight during hot summer months. However, it is not designed to withstand extreme heat sources such as open flames.
Q: Is the fire retardant property reliable?
A: The Bl fire retardant rating indicates that the panel has certain fire resistance properties, meeting relevant safety standards for building materials. It will not easily catch fire and can slow down the spread of flames, providing valuable time in case of a fire emergency.
Q: How is the lattice design beneficial?
A: The lattice design allows for better air circulation, reducing heat buildup on the surface of the panel. It also creates interesting light and shadow effects, enhancing the visual appeal of the building, especially during different times of the day.
Decorative Aluminum Lattice Panel is a specialized panel that combines decorative appeal with structural performance through a unique lattice design. The lattice pattern is precision-engineered to not only enhance the visual aesthetics of buildings but also to provide adequate structural support. It features a lattice design, adding an aesthetic touch to buildings while maintaining certain functional properties, making it a popular choice in architectural decoration. The aluminum material used is lightweight yet strong, allowing for easy installation and ensuring long-term durability in various environments.
For different specifications (3×0.2/0.2MM, 3×0.2/0.2MM, 4×0.3/0.3MM), the panel exhibits impressive performance. The peel-off strength is ≥4.0N/mm, ensuring the layers are firmly bonded even under stress. The density ranges from 6.4kg/m² to 8.5kg/m², providing a good balance between weight and strength, making it easy to transport and install without compromising on structural integrity.
The bend strength is ≥125MPa for the first two specifications and ≥130×10⁻⁴MPa for the 4×0.3/0.3MM specification. This high bend strength allows the panel to withstand bending forces without breaking, making it suitable for curved architectural designs. The bend modulus of elasticity is ≥3.2×10⁻⁴MPa and ≥3.5×10⁻⁴MPa respectively, indicating good flexibility and rigidity, ensuring that the panel retains its shape after minor deformations.
It has strong penetration resistance (≥18kN to ≥22kN), meaning it can resist being pierced by sharp objects, providing an additional layer of security. It also has high share strength (≥58MPa to ≥68MPa), ensuring that it can withstand shear forces without failure. The thermal deformation temperature is ≥105℃, and the thermal expansivity is ≤1.8×10⁻⁵/℃, ensuring stability under temperature changes, preventing warping or cracking in hot or cold environments.
It shows no change when exposed to boiling water and temperature differences, making it suitable for use in areas with high humidity or fluctuating temperatures. It also has a fire retardant rating of Bl, providing a certain level of fire safety. It also offers the same rigidity as steel sheets of 2.0mm or 3.0mm thickness depending on the specification, allowing it to replace steel in some applications where weight is a concern.
This panel is mainly used in architectural decoration. It is suitable for external wall cladding of commercial buildings such as shopping malls and hotels, adding a unique and stylish look that attracts attention. It can also be used in interior partitions, creating a sense of space while maintaining decoration, and allowing for better air circulation. Additionally, it is applied in landscape architecture, such as garden fences and pavilions, enhancing the overall aesthetic of the environment and blending in with natural surroundings. It is also commonly used in outdoor dining areas, providing both shade and a decorative element that enhances the dining experience.
Q: What does the peel-off strength indicate?
A: Peel-off strength measures the force required to separate the layers of the panel. A value of ≥4.0N/mm indicates that the layers are strongly bonded, ensuring the panel's integrity even under conditions that may cause delamination, such as temperature changes or moisture exposure.
Q: Can the panel withstand high temperatures?
A: With a thermal deformation temperature of ≥105℃, the panel can maintain its shape and performance under relatively high temperature conditions, such as those encountered in direct sunlight during hot summer months. However, it is not designed to withstand extreme heat sources such as open flames.
Q: Is the fire retardant property reliable?
A: The Bl fire retardant rating indicates that the panel has certain fire resistance properties, meeting relevant safety standards for building materials. It will not easily catch fire and can slow down the spread of flames, providing valuable time in case of a fire emergency.
Q: How is the lattice design beneficial?
A: The lattice design allows for better air circulation, reducing heat buildup on the surface of the panel. It also creates interesting light and shadow effects, enhancing the visual appeal of the building, especially during different times of the day.
