DAIICHI Products: Aluminum Panel with Wood Grain effect Coating
DAIICHI uses the Menphis coating technology from Italy, including the high-quality wood grain heat transfer film produced by Menphis in Italy and AkzoNobel's weather-resistant wood grain powder coating. This coating can be applied to the aluminum panels to providing a coating that closely resembles natural wood in both appearance and texture.
After treatment, the product surface exhibits excellent resistance to sunlight, wear, and corrosion. Compared to natural wood, the wood grain aluminum alloy material has advantages such as acid and alkali resistance, fire resistance, high hardness, light weight, deformation resistance, and durability. The wood grain effect coating is now in high demand in the fields of architectural industries, especially in the modern architectural decoration market that emphasizes environmental protection and energy efficiency. Its weather resistance abilities makes many real wood cannot realize to be possible!
The products produced by DAIICHI using the specialized powder coating and transfer film developed in collaboration with Menphis from Italy and AkzoNobel have many advantages, including clear transfer patterns, good permeability, high toughness, and resistance to folding. By using Menphis transfer film in conjunction with AkzoNobel Interpon D2015 powder coating, we can produce products that meet the American Architectural Manufacturers Association's AAMA 2604 and QUALICOAT (Class2) standards. These products also come with a 15-year engineering warranty certified by Menphis and AkzoNobel.
Menphis has a specialized laboratory for developing different wood grain patterns and continuously tests each production batch to ensure high-quality standards are met.
Outdoor natural exposure testing:
During the development of the advanced wood grain heat transfer film technology, Menphis conducts outdoor exposure tests in accordance with ISO2810 standards to verify its corrosion resistance, weather resistance, coating impact resistance, color, and texture stability.
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