Focus on aluminum pergola and outdoor shading solutions manufacture.
LIHUE Bioclimatic Aluminum Louvered Roof Pergola: Combining Beauty and Functionality with Imitation Wood Grain Technology
LIHUE Bioclimatic Aluminum Louvered Roof Pergola
Background
With the continuous development of production technology, many new types of fine decoration materials appear in the consumer's field of vision, with good decorative effect of imitation wood grain aluminum is such a consumer praise a good product.
Product Features
Imitation wood grain aluminum
- Environmental Friendliness: Imitation wood grain aluminum is produced using eco-friendly processes, making it non-toxic and harmless, and meeting modern green building standards.
- Diverse Design Options: Available in multiple wood grain color options, catering to the personalized needs of different users.
- Superior Durability: Especially suitable for tropical and temperate climates, it can withstand UV rays, rain, and high temperatures, maintaining long-lasting beauty and durability.
- Realistic Appearance: Advanced thermal transfer technology ensures that the surface of the imitation wood grain aluminum presents a natural wood grain texture, offering a highly realistic visual effect.
- Low Maintenance Cost: Compared to natural wood, imitation wood grain aluminum is less prone to deformation, cracking, or rotting, resulting in lower maintenance costs.
Technical Explanation
What is Thermal Transfer Technology?
Thermal transfer technology is the application of the principle of thermal sublimation. In the process of changing the temperature of the ink, the solid phase and the gas phase are transformed to each other, and the liquid phase does not appear during the transition. Wood grain heat transfer technology is to transfer the heat through a high temperature and a certain pressure.The special ink/printing pattern on the film/paper is transferred to the polyester or polyurethane coating by thermal sublimation. After cooling, the ink is left in the coating after the transfer film/paper is removed to form a texture pattern and the color of the coating. Create a realistic wood grain effect with each other.
Here’s a step-by-step breakdown of the process:
- Substrate Pre-treatment: The substrate is prepared and treated.
- Powder Coating and Curing: The substrate is coated with powder and then cured.
- Applying Transfer Film or Paper: The transfer film or paper is applied to the coated surface.
- Thermal Transfer in Oven: The coated substrate with the transfer film or paper is placed in an oven for thermal transfer.
- Cooling After Oven: The substrate is cooled after it exits the oven.
- Finished Product: The final product is ready.
