High-strength materials: give priority to materials with good stability and load-bearing capacity such as high-strength aluminum, carbon steel or wood. These materials can resist the erosion of the external environment, such as wind, rain, and sun, so as to maintain the stability of tables and chairs.
Anti-rust treatment: For metal tables and chairs, anti-rust treatment should be carried out, such as spraying, galvanizing, etc., to extend the service life and enhance stability.
2. Structural design
Cross-support structure: The use of cross-support or triangular support structure can effectively increase the load-bearing capacity and stability of tables and chairs. This design can disperse pressure and reduce the possibility of single-point force, thereby preventing tipping.
Reinforced connectors: Use high-quality metal connectors and ensure that the connection is firm to reduce the risk of tipping caused by loose connections.
Adjustment knob design: The table legs are designed with adjustment knobs, which can be freely adjusted according to the height of the terrain to ensure a stable desktop.
3. Size and weight
Appropriate size: Choose the appropriate size of tables and chairs according to the use requirements to ensure that both the use space requirements and good stability are met.
Appropriate weight: Appropriately increasing the weight of tables and chairs can improve their wind resistance and stability. However, excessive weight will also affect portability, which needs to be weighed according to the use scenario.
4. Wind-resistant design
Aluminum alloy bracket: Aluminum alloy bracket has good stability and load-bearing capacity, suitable for outdoor environments.
X-type support design: The use of X-type support design can increase the overall stability of tables and chairs, enabling them to withstand greater wind force.
Fixing device: In windy weather or long-term outdoor use, you can consider using fixing devices such as ground nails, ground anchors or heavy objects to enhance the stability of tables and chairs.
5. Balance between portability and stability
Lightweight design: For outdoor table and chair processing that needs to be moved frequently, a lightweight design can be easily carried and stored.
Folding structure: The egg roll or folding design is not only beautiful, but also greatly improves portability. At the same time, a certain stability can be maintained through a reasonable folding structure.
6. Actual testing and verification
Field testing: Conduct field testing in the actual use environment to observe the stability and durability of tables and chairs under different conditions.
Wind speed test: Use tools such as anemometers to measure local wind speeds and observe the performance of tables and chairs when the wind speed reaches a certain level.
In summary, the structural design of outdoor table and chair processing needs to be considered comprehensively from multiple aspects such as material selection, structural design, size and weight, wind resistance design, balance between portability and stability, and actual testing and verification to improve its stability and prevent tipping. In actual applications, targeted design and adjustment are also required according to specific usage scenarios and needs.
