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What is the usual wall thickness of the injection molding product

The selection of the common wall thickness of injection molding products is a complex process that depends on several factors. Firstly, the functionality and application of the product play a crucial role. If the product needs to withstand high pressure or mechanical stress, a thicker wall might be chosen for enhanced strength and durability. On the other hand, for lightweight and less structurally demanding applications, a thinner wall could be sufficient.

The material of the injection molding also influences the wall thickness selection. Different materials have varying mechanical properties and flow characteristics during the molding process. Some materials can support thinner walls without sacrificing the integrity of the product, while others might require a thicker wall to achieve the desired quality.

The design and geometry of the product are another consideration. Complex shapes or areas with high stress concentrations might need a thicker wall to prevent deformation or cracking. Additionally, the manufacturing process and the capabilities of the injection molding equipment also come into play. The mold design and the injection pressure available can affect the ability to achieve and maintain a particular wall thickness.

In conclusion, the selection of the common wall thickness of injection molding products is a comprehensive decision that takes into account the product's function, material, design, and manufacturing capabilities to ensure optimal performance and quality.