Through the efforts of our R&D team and improvements to our production processes, Jixiang has developed new applications for aluminum-plastic composite panels. In addition to architectural decoration, Jixiang panels can also be used for home appliances and 3C device panels, such as televisions and tablets.

Jixiang TV & PC panels offer three major advantages:

Material Advantages

A. Eco-friendly coatings. Jixiang uses non-toxic, eco-friendly coatings free of heavy metals that have passed SGS ROHS certification.

B. 3000 Series Aluminum Alloy. This series of aluminum alloys outperforms the 1000 series commonly used in aluminum-plastic panels.

C. New Polyethylene, Exclusive Formula. The special formula enhances the panel’s strength while maintaining flexibility, facilitating subsequent processing.

Technical Advantages

Through technical modifications to the production line and upgrades to manufacturing processes, Jixiang has successfully expanded from the construction industry into the home appliance sector.

Performance Advantages

Superior appearance  Perfect flatness  Excellent strength  Easy to process

Jixiang TV panels excel in both toughness and strength, making them highly suitable for processing across various application areas.

Thanks to the efforts of our R&D team and improvements to our manufacturing processes, Jixiang has developed aluminum-plastic composite table tennis table tops.

Advantages of Jixiang table tennis table tops:

Jixiang anti-static metal composite panels are coated with an anti-static finish, featuring a surface resistivity of less than 10⁹ Ω—lower than that of standard aluminum-plastic panels. This makes them less prone to static electricity and prevents dust in the air from adhering to the surface. In addition to providing anti-static, dust-proof, stain-resistant, and antibacterial properties, these panels are also suitable for interior applications in industries with special requirements.

Since static discharge and electrostatic attraction can easily cause malfunctions in electronic equipment, induce electromagnetic interference, accelerate component aging, and increase the risk of explosions and fires; and since dust accumulation significantly reduces equipment efficiency and affects product quality, among other issues, Jixiang has collaborated with material suppliers to develop the application of anti-static coatings in the aluminum-plastic panel sector, providing more options for indoor and outdoor decoration projects requiring anti-static and antibacterial environments!

Technical Advantages

Jixiang Antibacterial Metal Composite Panels are a type of specialty aluminum-plastic composite panel. It is a new type of composite material manufactured using advanced processes, featuring a high-quality aluminum alloy coated sheet as the surface layer and non-toxic low-density polyethylene or fire-resistant materials as the core. The surface is coated with an organic antibacterial coating, combining aesthetics, antibacterial properties, and environmental friendliness into one. It is an excellent decorative product for sterile rooms in public spaces such as medical, electronic, food, and educational facilities, and has been recognized as a Shanghai High-Tech Product and a National Key High-Tech Product.

The use of an organic antibacterial coating provides superior sterilization effects compared to ordinary aluminum-plastic panels; the longer it is used, the more effective the sterilization becomes, making it a new-generation product for environmental purification.

Antibacterial Properties

Notes

1. The reference sample is a plastic film with no antimicrobial properties, provided by the SGS laboratory.

2. The testing method follows JIS Z 2801:2010, “Antimicrobial Products—Testing of Antimicrobial Activity and Efficacy.”

Principles of Antimicrobial Action

1. The antimicrobial coating contains a unique antimicrobial component composed of silver ions. Microscopic, elemental silver ions with very high surface purity are distributed throughout the coating.

2. When microorganisms come into contact with the surface of the antimicrobial coating, water molecules (resulting from microbial metabolism) migrate through the coating and encounter the silver. Silver ions are generated and released into the paint film.

3. The antimicrobial component adheres to the microorganisms, disrupting their normal functions and ultimately inhibiting their growth on the paint film.

The core advantages of the material itself

High Flatness: The advertising panels are composed of aluminum sheets laminated to a plastic core. The surface is free of unevenness or warping, ensuring uniform adhesion of UV ink and producing sharp, crisp print edges.

Lightweight + High Strength: Lighter than pure aluminum sheets or stone, these panels are easy to transport, cut, and install. They are also impact-resistant and resistant to deformation, withstanding wind loads and vibrations during outdoor use.

Excellent Weather Resistance: The surface aluminum sheet undergoes anodizing and coating treatments. Combined with the UV-resistant properties of UV ink, it can withstand prolonged exposure to sun and rain without fading or chalking, ensuring a long service life (up to 5–8 years outdoors).

Features suitable for UV printing

Excellent ink absorption: The surface features a specialized coating that quickly absorbs UV ink. After curing under UV lamps, the ink bonds firmly to the board, making it resistant to scratches and peeling.

High printing efficiency: The material is non-absorbent and non-stretchable, eliminating the need for complex pre-treatment (such as spraying or drying) before printing. It can be printed directly, shortening the production cycle.

Accurate color reproduction: The smooth surface and uniform coating precisely showcase the high saturation and wide color gamut of UV printing, resulting in vibrant patterns with high color fidelity.

Cost-effectiveness in specific application scenarios

Flexible Fabrication: Easily cut, bend, and slot to accommodate various sizes and shapes (e.g., signage, feature walls, display stands).

Cost-effective: Priced lower than pure aluminum or stainless steel sheets, with low overall installation and maintenance costs, allowing you to achieve the desired results while reducing project budgets.

Eco-friendly and safe: UV printing itself contains no volatile harmful substances, and aluminum-plastic composite panels are recyclable, meeting environmental standards and suitable for use in various indoor and outdoor settings. 

1. Weight Reduction Benefits: Lower Energy Consumption and Improved Handling

Automotive interior panels are composed of thin aluminum sheets bonded to a plastic core, resulting in a density far lower than that of traditional steel or solid wood. For the same surface area, weight can be reduced by 30%–50%.

A lighter vehicle body directly reduces fuel consumption (or range loss in electric vehicles) while also lowering the vehicle’s inertia, thereby enhancing agility in acceleration, braking, and steering.

2. Superior Mechanical Properties: Durable, Rugged, and Easy to Maintain

Combining the rigidity of aluminum with the toughness of plastic, these panels offer strong resistance to impact and bending. They can withstand daily wear and tear—such as vibrations during driving and foot traffic—without deforming or cracking.

The smooth, dense aluminum surface resists dirt and abrasion, inhibits bacterial growth, and requires only a simple wipe-down for cleaning, resulting in low maintenance costs.

3. Eco-Friendly and Safe, Compliant with Industry Standards

The core material primarily uses recyclable plastics such as PE, and the aluminum sheet can also be efficiently recycled. This meets the environmental requirements for automotive “green manufacturing” and end-of-life recycling, reducing resource waste.

Flame-retardant properties can be optimized through formulation to meet automotive interior safety standards. In the event of a fire, it emits low levels of toxic smoke, thereby reducing the risk of personal injury in fire incidents.

4. Flexible Shaping, Enhanced Interior Aesthetics

It can be processed into complex shapes through bending, stamping, and cutting, meeting the design requirements for curved and irregular structures in automotive interiors and flooring.

The surface can be treated with UV printing, spraying, or lamination to simulate various textures such as wood grain, metal, and leather, elevating the visual quality of the interior. It also features strong color stability and is resistant to fading over long-term use.