Performance and Usage of Fluorocarbon Aluminum Plastic Panels

  Fluorocarbon aluminum-plastic panels are composite materials made of aluminum plates and plastics. Due to the excellent performance of this material, aluminum-plastic composite panels are used in many places. The more commonly used aluminum plates serve as decorative materials for buildings, and fluorocarbon aluminum-plastic panels are very durable and come in a wide range of colors. Besides the building industry, fluorocarbon aluminum-plastic panels also play an important role in product manufacturing and industrial fields. Let's learn about the performance and usage methods of fluorocarbon aluminum-plastic panels!

  1. Performance of Fluorocarbon Aluminum-Plastic Panels

  1. Peel Strength

  Fluorocarbon aluminum-plastic panels use new technology to enhance the important technical indicator of aluminum-plastic composite panels - peel strength to a very high level, improving the flatness and weather resistance of the panels.

  Material can be easily processed

  The weight of fluorocarbon aluminum-plastic panels is about 3.5-5.5 kg per square meter, reducing the damage from seismic disasters and making them easy to transport. Their excellent workability allows for various shapes to be cut, trimmed, end-cut, bent at arcs, and right angles using simple carpentry tools, which can vary according to the designer's requirements.

  2. Excellent Fire Resistance

  The core material of fluorocarbon aluminum-plastic panels is a flame-retardant PE plastic, with aluminum layers on both sides that are very difficult to ignite. Therefore, it is a safe fire-resistant material that meets the fire resistance requirements of building regulations.

  3. Impact Resistance

  Fluorocarbon aluminum-plastic panels have high impact resistance and toughness, and bending will not damage the surface paint. They are strong against impacts and will not be damaged by wind and sand in areas with high wind and sand.

  4. Super Weather Resistance

  Fluorocarbon aluminum-plastic panels use PVDF fluorocarbon coatings based on KYNAR-500, which have unique advantages in weather resistance. Therefore, they will not damage their beautiful appearance under hot sunlight and severe wind and snow, and will not fade within 20 years.

  5. Uniform Coating, Bright Colors

  Through chemical conversion treatment and the application of Henkel's film technology, the adhesion between the paint and the aluminum plate is uniform, with a variety of colors available for customization.

  6. Easy Maintenance

  Fluorocarbon aluminum-plastic panels have shown significant improvement in pollution prevention. Urban pollution in our country is quite serious, and after a few years of use, maintenance and cleaning are needed. They have good self-cleaning properties and only require neutral detergents and clean water for cleaning, permanently renewing the panels after cleaning.

  2. Applications

  1. Building exterior walls, curtain wall panels.

  2. Renovation and refurbishment of old building exterior walls.

  3. Balconies, equipment units, indoor partitions.

  4. Panels, signage, display stands.

  5. Interior wall decorative panels, ceilings, advertising signs.

  6. Industrial materials, bodies of refrigerated vehicles.

  3. Characteristics

  Fluorocarbon aluminum-plastic panels are easy to process and shape. They are excellent products for further pursuing efficiency and saving time, capable of shortening construction periods and reducing costs. Aluminum plates can be cut, trimmed, grooved, sawed, drilled, processed, cold bent, and can also be riveted, threaded, or bonded.

  1. Good weather resistance, high strength, easy maintenance.

  2. Convenient construction, short construction period.

  3. Excellent processability, thermal insulation, sound insulation, and outstanding fire resistance.

  4. Good plasticity, impact resistance, can reduce the load on building materials, and have good vibration resistance.

  5. Good flatness, lightweight and sturdy.

  6. Many color options available.

  7. Simple processing machinery, can be processed on-site.

  Construction technology for hanging fluorocarbon aluminum-plastic panels in dry conditions

  1. The drainage work is based on the actual centerline and elevation points of the civil construction; the design of the modifier is based on the axis of the building materials, and the aluminum plate framework is constructed with horizontal bars. After determining the position line of the vertical bars, the anchor points for the vertical bars are established.

  2. Install and fix the connecting pieces, and after tensioning, use electric welding to secure the connecting pieces, applying anti-rust paint twice at the welding points. The welding of the connecting pieces to the embedded materials in the main structure can be done by opening holes in the main structure to install expansion bolts if no embedded iron pieces are set.

  3. Use the welding method to install the framework, checking the elevation and centerline positions during installation. Additionally, anti-rust coating treatment is applied to the cross-section connection welds, and hidden inspection records for the fixed connecting pieces are established, including the welding length, thickness, position elevation, quantity, and embedding depth.

  4. Install the fluorocarbon aluminum-plastic panels on the profile inner frame, first marking the position of the threaded holes, and using rivets to fix the aluminum plates one by one onto the steel frame; the gap between the panels should be 10-15 mm, and organic silicone weather-resistant sealant should be injected; it is strictly prohibited to tear off the packaging paper before installing the aluminum plates, and construction should follow the direction indicated by the arrows on the aluminum plates until the protective film is removed.

  The above introduces the performance and usage methods of fluorocarbon aluminum-plastic panels. For more information, feel free to contact us!