News

　　When the lift hook is installed on one side of the main beam, in order to ensure its safety and stability, a series of strict requirements must be met.

　　First, the connection between the hook and the main beam is crucial. The hook must be securely secured to the main beam to prevent any signs of falling off or loosening during lifting. At the same time, the rotational part of the hook needs to be flexible so that angle adjustments can be easily made during lifting, thereby improving work efficiency.

　　Secondly, the selection and specification of the hook are also very important. Depending on the weight, shape and size of the lifting object, the appropriate hook type must be selected. For example, for small objects, a hook with a circular cross-section may be more suitable; for large or heavy objects, a hook with a trapezoidal or T-section may be required. In addition, the load-bearing capacity of the hook must meet the weight requirements of the lifting object and leave a certain safety margin to ensure that there is no overload during the lifting process.

　　In terms of safety, the appearance of the hook must be kept smooth and free of defects such as cracks, deformation, etc. to avoid damage to the wire rope or causing safety accidents such as decoupling. At the same time, safety devices should be installed on the hook to prevent accidental decoupling, and marks should be printed in the low-stress area, including information such as rated lifting, factory mark or factory name, for regular inspection and traceability.

　　During the lifting process, it is necessary to ensure that the hook and lifting object are balanced to avoid excessive tilt or swing. At the same time, the lifting and landing process should be carried out slowly to avoid sudden acceleration or deceleration to reduce the impact on the hook and main beam.

　　Also, the installation of the hook should be carried out by specialized personnel to ensure compliance with relevant standards and specifications. At the same time, the hook should be inspected and maintained regularly, potential safety hazards should be discovered and dealt with in a timely manner, and inspection, maintenance and replacement should be recorded and archived.

　　To sum up, the installation and use of lifting hooks must strictly abide by various requirements to ensure the safety and efficiency of lifting operations.

　　When the lift hook is installed on one side of the main beam, in order to ensure its safety and stability, a series of strict requirements must be met.

　　First, the connection between the hook and the main beam is crucial. The hook must be securely secured to the main beam to prevent any signs of falling off or loosening during lifting. At the same time, the rotational part of the hook needs to be flexible so that angle adjustments can be easily made during lifting, thereby improving work efficiency.

　　Secondly, the selection and specification of the hook are also very important. Depending on the weight, shape and size of the lifting object, the appropriate hook type must be selected. For example, for small objects, a hook with a circular cross-section may be more suitable; for large or heavy objects, a hook with a trapezoidal or T-section may be required. In addition, the load-bearing capacity of the hook must meet the weight requirements of the lifting object and leave a certain safety margin to ensure that there is no overload during the lifting process.

　　In terms of safety, the appearance of the hook must be kept smooth and free of defects such as cracks, deformation, etc. to avoid damage to the wire rope or causing safety accidents such as decoupling. At the same time, safety devices should be installed on the hook to prevent accidental decoupling, and marks should be printed in the low-stress area, including information such as rated lifting, factory mark or factory name, for regular inspection and traceability.

　　During the lifting process, it is necessary to ensure that the hook and lifting object are balanced to avoid excessive tilt or swing. At the same time, the lifting and landing process should be carried out slowly to avoid sudden acceleration or deceleration to reduce the impact on the hook and main beam.

　　Also, the installation of the hook should be carried out by specialized personnel to ensure compliance with relevant standards and specifications. At the same time, the hook should be inspected and maintained regularly, potential safety hazards should be discovered and dealt with in a timely manner, and inspection, maintenance and replacement should be recorded and archived.

　　To sum up, the installation and use of lifting hooks must strictly abide by various requirements to ensure the safety and efficiency of lifting operations.