The forging of crane hook is an important process, which involves the heating, forging, cooling and other steps of metal materials. The following are the general steps of the forging process of the crane hook: 1. Material preparation: Select suitable metal materials, usually high-strength alloy steel or carbon steel. Materials need to be heat treated to increase their strength and hardness. 2. Heating: The metal material is heated to the appropriate temperature, usually between 1000°C and 1200°C. The purpose of heating is to make the metal material soft and prone to plastic deformation. 3. Forging: The heated metal material is placed on the forging machine, and the impact force of the forging machine changes it into the shape of the hook. Forging is usually done using a forging hammer or hydraulic forging machine. 4. Mold design: . 5. Cooling: 6. Inspection and dressing: t 7. Heat treatment: 8. Surface treatment: The above is the general forging process of the crane hook, and the specific steps and parameters will vary according to the design requirements and material characteristics of the hook. The forging process needs to pay attention to the control of temperature, strength and shape to ensure the quality and safety of the hook. Varieties of hooks are used for almost all industrial cranes, such as overhead crane, gantry crane, electric wire rope hoists, etc. So the hook is very important parts.