The maximum load-bearing capacity of plywood crates varies depending on the plywood thickness and the type of load (dynamic or static). Dynamic load is generally 500-800 kg, and static load is 1000-5000 kg.
Specifically:
Dynamic Load: This refers to the weight the crate bears during transportation or handling, typically ranging from 500 to 800 kg. This value applies to routine transportation scenarios, such as forklift handling and truck transport.
Static Load: This refers to the weight the crate bears when stationary, typically ranging from 1000 to 5000 kg. For example, when goods are stored in warehouses or containers for extended periods, the crate must withstand this weight.
Thickness and Load-Bearing Capacity:
A 12 cm thick plywood crate can bear goods weighing less than 1 ton.
A plywood crate with a thickness of 15 cm or more can bear goods weighing more than 1 ton.
The thickness of common plywood types (such as 3mm, 5mm, 9mm, 12mm, and 15mm) directly affects load-bearing capacity. Users can customize the thickness according to the needs of their goods.
Other influencing factors:
Structural design: Proper internal reinforcement (such as horizontal and vertical braces) can improve overall load-bearing capacity.
Usage scenarios: Dynamic loads need to consider transportation vibrations, while static loads need to focus on long-term stacking stability.
Material quality: The bonding strength and wood density of the plywood will affect the actual load-bearing performance.
Summary: Plywood wooden crates have a wide load-bearing range, with a dynamic load limit of approximately 800 kg and a static load capacity of up to 5000 kg. Specific values need to be determined comprehensively based on the thickness, structural design, and usage scenario. It is recommended to select an appropriate thickness based on the weight of the goods and consult the supplier to optimize the structure to ensure safety.
