The pressure-resistant design of plastic disposable tableware is one of the important factors to ensure that the product is not easily deformed or broken during use, ensuring user dining experience and food safety. During the design process, designers need to comprehensively consider factors such as material properties, structural design, reinforcement parts, and production processes.

Material selection and strength properties
The first consideration is the choice of materials. Commonly used plastic materials include polypropylene (PP), polyethylene (PE), polystyrene (PS), etc. Designers need to choose materials with good strength properties based on the use scenarios and requirements of the product. Different plastic materials have different strengths, toughness and wear resistance, and need to be selected according to the specific needs of the product to ensure that the product has good compression resistance.

Structural design and reinforced parts
The key to compression-resistant design lies in structural design. Designers need to rationally design the structure of the product, taking into account the stress points and force directions to ensure that the product can evenly distribute pressure and reduce local stress concentration when it is acted upon by external forces. At the same time, the compression resistance of the product can be improved by adding reinforced parts, increasing material thickness, adopting reinforced designs, etc., to make it stronger and more durable.

Reinforcement design and structural stability
When designing disposable tableware, you can consider using reinforced ribs to improve the product's pressure resistance. Reinforcing ribs can increase the thickness of materials in key parts of the product, increasing the structural stability and compression resistance. Designers need to reasonably determine the location, quantity, and shape of reinforcing ribs to ensure that they match the overall structure of the product and achieve the best reinforcement effect.

Production technology and molding technology
Pressure resistance design not only involves the structural design of the product, but also needs to take into account the production process and molding technology. During the production process, the use of appropriate molding technology and process parameters can effectively improve the pressure resistance of the product. For example, using appropriate injection molding temperature, injection molding pressure and injection molding speed can ensure the molding quality and uniformity of the product and improve the product's pressure resistance.

Consideration of usage environment and scenarios
When designing for stress resistance, designers also need to consider the usage environment and usage scenarios of the product. Different usage environments may place different requirements on the compressive performance of the product. For example, restaurants may be squeezed or bumped while dining and require high compression resistance; takeout delivery may require products with good packaging protection to prevent squeezing or damage during transportation. Designers can adjust the structural design and strengthening parts of the product according to different usage scenarios to meet the needs of use in different environments.