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The importance of the thickness of the fork steel plate for manual hydraulic handling vehicles
When a manual hydraulic transport vehicle is carrying goods, it lifts and carries the weight of the goods through the forks. The thickness of the steel plate of the forks is crucial for the stability and load-bearing capacity of the manual hydraulic transport vehicle. High quality 3.0-ton manual hydraulic handling vehicles are generally made of 4mm thick steel plates, which can ensure that the forks are not easily deformed or bent during use, improving the stability and safety of the vehicle. Poor quality car models may resort to cutting corners and reducing the thickness of steel plates to 3mm or even lower in order to lower costs. Such vehicles are prone to malfunctions when carrying heavy loads, and may even cause dangerous situations such as tilting or handling of goods.
In addition, the thickness of the fork steel plate of the standard 5.0-ton manual hydraulic handling vehicle should also be above 8mm. Due to the large load capacity of 5.0 tons, if the thickness of the fork steel plate is insufficient, it is difficult to withstand such heavy weight, which can easily cause the fork to deform or break. Therefore, when purchasing a manual hydraulic transport vehicle, consumers should carefully review the product specifications and instructions to ensure that the thickness of the fork steel plate of the selected model meets the standard requirements, in order to ensure the safety and reliability of use.
The thickness of the steel plate of the fork is one of the important factors to pay attention to when choosing a manual hydraulic transport vehicle. High quality car models should be made of thicker steel plates to ensure the stability and load-bearing capacity of the vehicle. Consumers should carefully review the product specifications and instructions when purchasing, choose manual hydraulic handling vehicles that meet the standards, and avoid the risks and losses caused by quality issues.