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| Item | Unit | Numerical Value | |
| Weight of falling parts | kg | 150 | |
| Maximum blow energy | J | 2200 | |
| Distance from center of die to frame | mm | 350 | |
| Distance between top and bottom die | mm | 370 | |
| Number of blows per minute | min-1 | 180 | |
| Dimension of top to bottom | mm | 200*87 | |
| Diameter of the working cylinder | mm | 330 | |
| Diameter of the compressing cylinder | mm | 340 | |
| Travel distance of malleus | mm | 370 | |
| Travel distance of plunger | mm | 235 | |
| Forges | Round | mm | Φ145 |
| Square | mm | 130 | |
| Motor | Power | kw | 15 |
| Rotate speed | rpm | 1470 | |
| Outside Size | Length | mm | 2080 |
| Width | mm | 1240 | |
| High | mm | 2350 | |
| Anvil block weight | kg | 1800 | |
| Hammer weight | kg | ~5060 | |
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C41-150kg blacksmith power hammer is a professional heavy-duty industrial free forging equipment, belonging to the entry-level large-scale forging machine in the industrial field. It is specially designed for large metal blank processing, heavy free forging, and batch production of large mechanical parts. This model completely breaks through the processing limitations of medium-sized hammers and is widely used in heavy industry supporting forging production, machinery manufacturing, and engineering parts processing enterprises around the world.
Equipped with a large-flow high-pressure pneumatic system, the 150kg power hammer outputs super strong striking kinetic energy, which can easily complete the deformation, drawing, upsetting, and punching of large thick metal blanks. It supports heavy free forging and pre-forging of large die forgings, and can process various high-strength alloy steel, carbon steel, and stainless steel workpieces. The adjustable heavy striking mode meets the processing requirements of thick blanks and high-hardness metal materials.
The 150kg power hammer is mainly used in heavy industrial forging fields, including mechanical equipment base parts, engineering machinery accessories, large auto parts, petroleum machinery parts, and heavy tool forgings.
It is widely applied in steel blank forging, alloy part shaping, and pre-forging processing of large die forgings, serving heavy machinery manufacturing and heavy equipment supporting enterprises.
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It is mainly used for heavy free forging of large and thick metal blanks, processing high-strength alloy steel parts and large mechanical forgings. It undertakes heavy industrial forging tasks that medium and small hammers cannot complete, supporting batch production of heavy engineering accessories.
It requires a professional thickened reinforced concrete foundation with special shock absorption and anti-vibration treatment to bear heavy striking vibration. The installation site needs sufficient space and stable power and air supply to meet heavy industrial production standards.
Yes, its super strong striking force and high-strength die material can process various medium and high-hardness alloy steel, stainless steel, and special industrial steel blanks, meeting the processing requirements of high-strength industrial forged parts.
It can stably forge carbon steel blanks with a diameter of 80-90mm and alloy steel blanks of 60-70mm, realizing efficient forming of large thick industrial blanks for heavy forging production.
A 2.4m³/min large-flow air compressor with 10bar high stable pressure is mandatory to ensure sufficient pneumatic power for long-term heavy-load striking and avoid power attenuation.
It supports 24-hour intermittent cycle industrial production, with stable structural performance and no fatigue damage under long-term heavy load, fully meeting large factory batch production intensity.
The weight is about 1800kg, and the overall size is 2080×1240×2350mmmm, belonging to standard large industrial forging equipment requiring professional workshop layout.
It is the ideal equipment for large die forging pre-forging and blank shaping, which can greatly improve die forging efficiency, reduce die loss, and improve finished product yield for heavy parts production.
The working striking frequency is 120-150 times per minute, with concentrated and powerful single striking force, focusing on heavy blank deformation rather than high-frequency fine forging.