✨The application of co-extrusion technology has greatly improved the performance of our WPC profiles. Not only is it more wear-resistant and scratch-resistant, but it is also first-class in anti-fouling performance, and it is not afraid of aging and fading even in the wind and sun outdoors. 😎
🌈Moreover, co-extrusion technology brings us a rich variety of appearance options, whether it is natural and realistic wood grain or fashionable and personalized colors, it can meet the needs of different customers. 🎊
💖Sure has always been committed to providing customers with high-quality WPC profile products. The application of co-extrusion technology is another testimony to our continuous innovation and pursuit of excellence. I believe that in the future, we will bring more surprises to everyone! 👏
Co-extrusion technology has many important applications in wood-plastic WPC profile extrusion lines, as follows:
Improve profile performance:
Enhanced wear-resistance and scratch-resistance: The co-extruded layer can use materials with high hardness and high strength to cover the surface of the wood-plastic profile, which significantly improves the wear-resistance and scratch-resistance of the profile, making it less susceptible to wear and tear during long-term use. Surface scuffs and scratches appear, extending service life. For example, in outdoor wood-plastic flooring applications, co-extruded floors can better resist friction and scratches from pedestrians, tables, chairs and other objects.
Improve anti-fouling performance: The co-extrusion layer material can be selected with low surface energy and difficult to absorb stains, making the surface of the wood-plastic profile easier to clean and less likely to be contaminated with dust, dirt and other pollutants. This is very important for wood-plastic decorative materials in places with high requirements for cleanliness, such as hospitals, shopping malls, etc.
Improve weather resistance: Wood-plastic profiles in outdoor environments are susceptible to aging, fading, and deformation due to factors such as ultraviolet rays, rain, and temperature changes. Co-extrusion technology can form a protective layer with good weather resistance on the surface of wood-plastic profiles, blocking the intrusion of ultraviolet rays and reducing moisture penetration, thereby improving the weather resistance of the profiles and maintaining stable performance and appearance in outdoor environments.
Achieve diversified appearance designs:
Rich color selection: Through co-extrusion technology, materials of different colors can be combined with wood-plastic substrates to produce wood-plastic profiles of various colors to meet the personalized needs of different customers for color. For example, wood-like profiles that blend in with the natural environment can be produced, and brightly colored profiles can be produced for embellishment and color matching in architectural decoration.
Unique texture effect: The co-extrusion layer can simulate various textures, such as wood grain, stone grain, cloth grain, etc., giving the wood plastic profile a more realistic appearance and increasing its decorativeness. This texture effect can not only improve the aesthetics of wood-plastic profiles, but also increase its anti-slip properties.
Improve production efficiency and reduce costs:
Improve production efficiency: Co-extrusion technology can simultaneously complete the main body molding and surface co-extrusion treatment of wood-plastic profiles on the same extrusion line, reducing the investment in production processes and equipment and improving production efficiency. At the same time, the temperature, pressure and other parameters of the material can be accurately controlled during the co-extrusion process, ensuring product quality stability and reducing the defective rate.
Reducing costs: Through co-extrusion technology, different performance and appearance requirements can be met by changing the material and thickness of the co-extruded layer without changing the core material of the wood-plastic profile. This can reduce the use of high-performance materials while ensuring product quality, thereby reducing production costs.
Easy to recycle: When recycling co-extruded wood-plastic profiles, they can be separated and recycled according to the characteristics of different materials. For example, after the wood-plastic substrate and co-extrusion layer materials are recycled separately, they can be used again to produce wood-plastic profiles or other plastic products after processing, which improves the utilization rate of materials and reduces resource waste and environmental pollution.
