Injection Molding Electric Kettle Injection Mold Design Plastic Kettle Mould Processing
Electric kettle injection mold design.
When designing an electric kettle injection mold, we need to consider the following key factors:
1.Plastic type: Choose plastic materials that are suitable for electric kettles, such as PP, PC, ABS, etc., which have good heat resistance, durability, and safety.
2.Mold structure: The mold structure of the electric kettle needs to take into account the complexity of the product, production efficiency and production cost. In general, the mold structure should be as simple as possible and easy to process and maintain.
3.Injection molding process: Injection molding process parameters are important factors that affect product quality, such as injection speed, mold temperature, injection pressure, etc. In the design, these factors need to be fully considered to ensure that the produced electric kettle meets the quality requirements.
4.Demoulding mechanism: In order to facilitate the removal of the product from the mold, it is necessary to design a reasonable demoulding mechanism. This includes ejection mechanisms, lateral parting mechanisms, etc., to reduce the demoulding force and avoid product deformation and damage.
5.Cooling system: In order to shorten the molding cycle and improve product quality, an effective cooling system needs to be designed. This includes cooling channels, cooling elements, etc., to keep the mold temperature within the appropriate range.
Plastic kettle mould processing.
When processing plastic kettle molds, you need to pay attention to the following points:
1.Machining accuracy: In order to ensure that the produced electric kettle meets the quality requirements, the machining accuracy of the mold needs to be guaranteed. This includes cavity size, surface roughness, installation accuracy, etc.
2.Processing technology: Choosing the right processing technology is the key to ensuring the accuracy of the mold. It is necessary to formulate a reasonable processing process according to the structure and material of the mold, and strictly control the processing parameters.
3.Material Handling: Before processing, the mold material needs to be properly treated, such as rust removal, roughening, etc., to improve the wear resistance and service life of the mold.
4.Heat treatment: In order to improve the hardness and durability of the mold, heat treatment is required. The heat treatment process should be determined according to the material and structure of the mold to ensure that the performance of the mold is fully utilized.
Plastic Mold 2024-02-21 Job No.: 88 Y