Surface treatment is a very important step in the production of WPC white doors, the purpose of which is to increase the aesthetics and durability of the door. Common surface treatments include sanding and painting.
Sanding treatment is to mechanically sand the surface of the door panel to make the surface uniform, delicate, and smooth, and at the same time increase the wear resistance and stain resistance of the door panel. This treatment method is generally suitable for door panels that need to retain the natural wood grain texture of WPC materials. After the sanding treatment, the surface of the door panel can show a natural wood grain texture, and it will not affect the basic color of the door panel.
Paint treatment is to spray the surface of the door panel to make it present a specific color and gloss, and at the same time increase the durability and aesthetics of the door panel. This treatment method can be sprayed in one-color, two-color, or multi-color according to needs, and can also be sprayed with special effect paint, such as metallic paint, pearlescent paint, etc.
It should be noted that in the surface treatment process, environmentally friendly and non-toxic paints and solvents should be used to ensure the environmental protection and safety of the door panel. At the same time, attention should be paid to controlling the thickness and uniformity of the paint during the spraying process to avoid problems such as color differences and missing coating.
To sum up, surface treatment is an indispensable step in the production of WPC white doors, and its effect directly affects the aesthetics and durability of the door panels, so it needs to be properly optimized and controlled during the production process.
3D mold design WPC white door needs to consider the following aspects:
Material selection: There are many kinds of WPC materials. Among them, white WPC materials usually use PVC or PP as the base material, and white fillers and stabilizers are added. Therefore, factors such as whiteness, stability, and durability need to be considered when selecting materials.
Design requirements: The design of WPC white doors needs to consider factors such as the size, shape, thickness, and convex-concave design of the door, and determine the groove depth and width of the door panel according to actual needs.
Mold design: It is necessary to carry out 3D mold design according to the actual size and shape of the door, and determine the mold opening method, number of injection molding channels, cooling system, and other parameters to ensure the manufacture of WPC white doors that meet the requirements.
Injection molding process: In the injection molding process, it is necessary to pay attention to the control of temperature, pressure, injection speed, pressure holding time and other factors to ensure the quality and stability of injection molding.
Surface treatment: The surface of the WPC white door needs to be properly treated, such as sanding, painting, etc., to increase the aesthetics and durability of the door.
To sum up, 3D mold design WPC white door needs comprehensive consideration and optimization in terms of material selection, design requirements, mold design, injection molding process, and surface treatment, in order to manufacture high-quality WPC white doors that meet the requirements.
3D mold design WPC white door production parameters include the following aspects:
Material parameters: WPC white door materials usually include substrates, fillers, stabilizers, etc. The selection and ratio of these materials will directly affect the quality and performance of the door panel. Factors such as whiteness, stability, durability, and processing performance of WPC materials need to be considered when formulating material parameters.
Design parameters: The design parameters of the WPC white door include the size, shape, thickness, convex and concave design of the door panel, etc. The setting of these parameters will directly affect the structure and performance of the door panel. When formulating design parameters, factors such as the door's use requirements and the use environment need to be considered.
Mold parameters: 3D mold design WPC white door mold parameters include mold opening method, number of injection channels, cooling system, etc. These parameters will directly affect the quality and efficiency of the injection molding process. Factors such as the size, shape, and thickness of the door panel need to be considered when formulating mold parameters.
Injection molding parameters: In the injection molding process, injection molding parameters include temperature, pressure, injection speed, pressure holding time, etc. These parameters will directly affect the quality and stability of the door panel. When formulating injection molding parameters, it needs to be optimized and adjusted according to the material and structural characteristics of the door panel.
Surface treatment parameters: The surface treatment parameters of WPC white doors include parameter settings for sanding, painting, and other treatment methods. These parameters will directly affect the surface quality and the effect of the door panel. Factors such as the material and color characteristics of the door panel need to be considered when formulating surface treatment parameters.
To sum up, the production parameters of 3D mold design WPC white door
need to be comprehensively considered and optimized in terms of material, design, mold, injection molding and surface treatment to ensure the production of high-quality WPC white door that meets the requirements.