Product Description
Breaking hammer, also known as hydraulic breaker or crushing pick, is an engineering machinery equipment used for crushing hard objects such as rocks and concrete.
operating principle
The breaking hammer is mainly driven by a hydraulic system and converts hydraulic energy into mechanical energy. When hydraulic oil enters the piston chamber of the breaking hammer, it pushes the piston to move at high speed, generating a powerful impact force. The impact force hits the drill rod, and the drill rod then transmits the impact force to the object to be broken, causing cracks and breaking it.
structural composition
1.Shell: Usually made of high-strength steel, it plays the role of protecting internal parts and withstanding impact forces.
2.Piston: It is the core component of the breaking hammer and generates impact force through high-speed movement.
3.Drill rod: Transmits the impact force of the piston to the object to be broken. Its material and shape will affect the breaking effect.
4.Control valve: Controls the flow direction and flow rate of hydraulic oil to realize various actions of the breaking hammer.
5.Hydraulic system: Including hydraulic pump, oil pipe, oil cylinder, etc., it provides power for the breaking hammer.
application area
1.Mining: Used for crushing ores, rocks, etc. to improve mining efficiency.
2.Construction engineering: Demolishing buildings, crushing concrete pavements, foundations, etc.
3.Municipal engineering: Excavating trenches, crushing old pavements, etc.
4.Emergency rescue and disaster relief: Used for clearing ruins and obstacles after disasters such as earthquakes and mudslides.
Precautions for use
1.Correctly select the model and specification of the breaking hammer according to the nature of the object to be broken and the working environment.
2.When installing a hydraulic breaker, ensure that the connection is firm and there is no leakage in the hydraulic pipeline.
3.During use, control the striking frequency and force well to avoid excessive striking and damage to the breaking hammer and equipment.
4.Regularly perform maintenance on the hydraulic breaker, check the wear condition of each part, and replace damaged parts in time.
5.Operators should receive professional training and be familiar with the operation methods and safety precautions of hydraulic breakers.
Detailed Photos
Product Parameters
|
model
|
working flow rate
|
work stress
|
work stress
|
|
- Diameter of flexiable hose
|
|
| liter/min |
kg/cm² |
bpm |
mm |
inch |
ton |
| 05 |
50-90 |
100-140 |
500-900 |
75 |
1/2 |
6-9 |
| 15 |
90-120 |
160-180 |
350-650 |
120 |
1 |
13-18 |
| 20 |
125-150 |
160-180 |
400-800 |
135 |
1 |
18-25 |
| 30 |
150-190 |
160-180 |
300-750 |
150 |
1 |
25-30 |
| 40 |
190-250 |
160-180 |
250-500 |
160 |
5/4 |
35-45 |
Packaging & Shipping
Wooden box shipping
Company Profile
Our Advantages
1.The crushing angle is more flexible
The shape of ordinary breaking hammers is usually more regular. In some special construction environments or narrow spaces, they may be limited by angles and space and it is difficult to achieve the best breaking effect. The special shape design of the banana hammer gives it diversity in construction locations and construction angles, enabling it to better adapt to different work scenarios and perform breaking operations more flexibly in some complex working conditions.
2.Better mechanical structure
The banana hammer may adopt a special mechanical design scheme, enabling it to more effectively transmit force to the working part during the crushing process, thereby improving crushing efficiency. In contrast, the design of ordinary crushing hammers may be relatively traditional, and may not be as efficient as the banana hammer in terms of force transmission and energy utilization.
3.Reduce stress concentration
The unique shape may make the stress distribution of the banana hammer more uniform during work, reducing the phenomenon of local stress concentration. This helps to extend the service life of the crushing hammer and reduce the risk of component damage caused by stress concentration. While ordinary crushing hammers may be more prone to stress concentration in certain parts during long-term use, thus affecting their service life.
4.High visual recognition
In the construction site, the unique shape of the banana hammer makes it easier to be recognized and distinguished, facilitating operators to quickly find and use it. For some scenarios that require frequent replacement or operation of multiple crushing tools, the high recognition of the banana hammer can improve work efficiency and reduce the possibility of misoperation.
5.Reduce the rebound force
The special shape may enable the banana hammer to better reduce the rebounding force when hitting an object. Excessive rebounding force will have a certain impact on operators and equipment, increasing the difficulty and danger of operation, and at the same time reducing the crushing efficiency. The advantage of the banana hammer in this aspect can make the operation more stable and safe.
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