Let you understand the causes of cracks in standard hook sets
Manufacturers often receive responses from customers saying that they found cracks in the standard hook set when inspecting the hook set, and they want to know the specific reasons. Let the manufacturer take you through it below.
1. Deformation temperature
The deformation temperature of the standard hook set has an important impact on the plasticity of the material. If the temperature is low, cold deformation and hardening will be severe, and the plasticity will be reduced; if the temperature is too high, it will easily overheat and burn. New sliding surfaces are added when the temperature exceeds 200 degrees Celsius. Therefore, during the deformation process, it should be ensured that deformation is avoided as much as possible in the single-phase state.
2. Deformation speed
The deformation speed has a great influence on the plasticity of the material. The appropriate forged hook set should be selected according to the specific material.
3. Hot pressing deformation
Since recrystallization can be carried out smoothly during the thermal deformation process, defects caused by deformation are partially reduced, thereby improving plasticity. Therefore, when purchasing, pay attention to the impact of this link on the hook set.
4. Organization of embryo material
In order to improve the plasticity of the material, attention should be paid to reducing the low melting point substances and brittle compounds in the standard hook set.
The above points are ways to avoid cracks in standard hook sets. I hope they can help you.
Manufacturers often receive responses from customers saying that they found cracks in the standard hook set when inspecting the hook set, and they want to know the specific reasons. Let the manufacturer take you through it below.
1. Deformation temperature
The deformation temperature of the standard hook set has an important impact on the plasticity of the material. If the temperature is low, cold deformation and hardening will be severe, and the plasticity will be reduced; if the temperature is too high, it will easily overheat and burn. New sliding surfaces are added when the temperature exceeds 200 degrees Celsius. Therefore, during the deformation process, it should be ensured that deformation is avoided as much as possible in the single-phase state.
2. Deformation speed
The deformation speed has a great influence on the plasticity of the material. The appropriate forged hook set should be selected according to the specific material.
3. Hot pressing deformation
Since recrystallization can be carried out smoothly during the thermal deformation process, defects caused by deformation are partially reduced, thereby improving plasticity. Therefore, when purchasing, pay attention to the impact of this link on the hook set.
4. Organization of embryo material
In order to improve the plasticity of the material, attention should be paid to reducing the low melting point substances and brittle compounds in the standard hook set.
The above points are ways to avoid cracks in standard hook sets. I hope they can help you.
Manufacturers often receive responses from customers saying that they found cracks in the standard hook set when inspecting the hook set, and they want to know the specific reasons. Let the manufacturer take you through it below.
1. Deformation temperature
The deformation temperature of the standard hook set has an important impact on the plasticity of the material. If the temperature is low, cold deformation and hardening will be severe, and the plasticity will be reduced; if the temperature is too high, it will easily overheat and burn. New sliding surfaces are added when the temperature exceeds 200 degrees Celsius. Therefore, during the deformation process, it should be ensured that deformation is avoided as much as possible in the single-phase state.
2. Deformation speed
The deformation speed has a great influence on the plasticity of the material. The appropriate forged hook set should be selected according to the specific material.
3. Hot pressing deformation
Since recrystallization can be carried out smoothly during the thermal deformation process, defects caused by deformation are partially reduced, thereby improving plasticity. Therefore, when purchasing, pay attention to the impact of this link on the hook set.
4. Organization of embryo material
In order to improve the plasticity of the material, attention should be paid to reducing the low melting point substances and brittle compounds in the standard hook set.
The above points are ways to avoid cracks in standard hook sets. I hope they can help you.
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