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The hammer head of the die forging hammer design and forging process

The hammer head of the die forging hammer is a crucial component in the die forging process. The design and manufacture of the hammer head directly affect the efficiency of forging, the quality of ...
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The hammer head of the die forging hammer is a crucial component in the die forging process. The design and manufacture of the hammer head directly affect the efficiency of forging, the quality of forgings, and the service life of the die. Here are some key points about the hammer head of the die forging hammer:
Function of the hammer head
Applying pressure: The hammer head applies high pressure through impact force to plastically deform the metal in the die to achieve forging.
Transferring energy: The hammer head needs to effectively convert hydraulic or mechanical energy into impact force to achieve the desired forging effect.
Material
High-strength material: The hammer head is usually made of high-strength steel, such as alloy tool steel, to withstand repeated impact and wear.
Wear resistance: The material of the hammer head should have good wear resistance to extend the service life.
Design elements
Shape design: The shape of the hammer head needs to adapt to the specific forging process, usually round or rectangular, to maximize the energy transfer efficiency.
Weight and size: The weight and size of the hammer head should be designed according to the forging needs and machine specifications to achieve the best hammering effect.
Manufacturing process
Heat treatment: The hammer head is usually heat treated to increase its hardness and strength to ensure that it is not easily deformed or damaged under high load conditions.
Surface treatment: The surface may be coated or sprayed to further improve wear and corrosion resistance.
Factors affecting performance
Impact frequency: The design of the hammer head needs to take into account the influence of the operating frequency to ensure stability under high-speed movement conditions.
Temperature adaptability: The hammer head material must be able to adapt to the high temperature conditions generated during the forging process to maintain its performance.

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