• Concrete Pump Bolt Clamp Coupling DN125 Forged System 1
  • Concrete Pump Bolt Clamp Coupling DN125 Forged System 2
  • Concrete Pump Bolt Clamp Coupling DN125 Forged System 3
Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
50 PCS
Supply Capability:
10000 PCS/month

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Product Description:

A coupling is a device used to connect two delivery pieps together at their ends for the purpose of transmitting, and prevent the concrete from leaking. Couplings do not normally allow disconnection of shafts during operation.

 

Main Product Features: 

1. Use high quality steel. After high-temperature 1200 forging,it’s shaped.

2.High temperature forging.

3.convenient to use,  easy operation,and high safety.

4.good sealing,wear-resising,longer service life.

5.do not restrict the steering tubes, pipes during the working process can be 360 degrees rotation.

6.used in concrete pump truck,concrete pump and pipeline connection seal in construction 

work equipment.

 

Product Specifications:

1.Forged 
2.2--8 inch
3.Galvanizing/Baking varnish

4.More durable,light,beautiful

 

Production steps:

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete pump clamp Catalogue

Concrete Pump Bolt Clamp Coupling DN125 Forged

Concrete Pump Bolt Clamp Coupling DN125 Forged

FAQ

1.How do you regarding your product quality?

As our principle is more safety to save more. In China, there are lots of manufactures of this line, but we are the first one that use the forging technic in producing, firmly meet the PM standard.

2.Can I get some samples?

Of course you can. Small sample for free, but you pay the express. For some products are not small, like concrete pump pipe, it’s very difficult to deliver one pipe of 3000mm.  If it’s possible, we’d like that you can come here to visit our factory. Welcome!

3. I want to make our logo on the products, is that ok?

Yes, it’s totally ok. OME is available from us.What you should do is send your logo, brand name, or picture to us. And let other things leave on us.



Q:What are the different types of concrete pump clamps?
There are several different types of concrete pump clamps, including snap clamps, bolt clamps, wedge clamps, and quick release clamps. These clamps are used to secure pipes and hoses in place and ensure a tight and secure connection during concrete pumping operations.
Q:What are the signs of a worn-out concrete pump piston?
There are multiple indicators that can suggest a worn-out concrete pump piston. Initially, a decrease in output or performance may signify this issue. Reduced pumping pressure or slower pumping speed can be observed as a result of this decline in performance. Another indication of a worn-out piston in a concrete pump is increased leakage. If you notice an excessive amount of hydraulic oil or water leaking from the pump, it could be an indication that the piston is no longer effectively sealing. This leakage can also lead to contamination of the hydraulic fluid, which can cause additional harm to the pump components. Furthermore, an irregular concrete flow can be caused by a worn-out piston. If you notice inconsistent and uneven delivery of concrete, such as pulsating or surging flow, it may be due to an uneven wear pattern on the piston. This can have a detrimental effect on the quality of the concrete and the overall efficiency of the pumping operation. Additionally, excessive vibration and noise during the pumping process can also suggest a worn-out piston. Vibrations may occur as a result of the piston not moving smoothly within the cylinder, leading to friction and noise. These vibrations and noises can also indicate other underlying problems with the pump, so it is important to address them promptly. Finally, a visual inspection can provide valuable information regarding the condition of the concrete pump piston. Physical damage, such as cracks or excessive wear on the piston surface, are clear indications of a worn-out piston. These damages can be caused by abrasive materials or harsh operating conditions. In conclusion, if you observe any of these signs or suspect that your concrete pump piston is worn-out, it is crucial to have it inspected and replaced by a professional. Timely maintenance and replacement of worn-out pistons can prevent further damage to the pump and ensure a smooth and efficient operation.
Q:What is the first generation pumping technology of concrete pump?
Electronically controlled reversing technology, PLC control solenoid valve reversing to achieve the pump, S pipe distribution of alternating direction
Q:Can I get spare parts for both concrete pumps with and without water tanks?
Yes, you can get spare parts for both concrete pumps with and without water tanks.
Q:What are the advantages of using tungsten carbide components in concrete pump spare parts?
There are several advantages of using tungsten carbide components in concrete pump spare parts. Firstly, tungsten carbide is an extremely hard and durable material, which ensures longer lifespan and increased wear resistance of the components. This means reduced maintenance and replacement costs in the long run. Additionally, tungsten carbide has excellent corrosion resistance, making it suitable for use in harsh and corrosive environments commonly found in concrete pumping applications. Furthermore, tungsten carbide components offer superior strength and toughness, enabling them to withstand high-pressure and heavy-duty operations without compromising performance. Overall, the use of tungsten carbide in concrete pump spare parts leads to improved efficiency, reliability, and cost-effectiveness in concrete pumping operations.
Q:How can a damaged concrete pump piston affect the pumping efficiency?
The pumping efficiency can be significantly affected in various ways by a piston that is damaged. To begin with, reduced pumping capacity can result from decreased power and force exerted by the pump due to a damaged piston. The piston's responsibility is to generate the necessary pressure for pushing the concrete mixture through the pumping system. If it is damaged, it may fail to generate adequate pressure, leading to slower and less efficient pumping. In addition, leaks can occur within the pump system due to a damaged piston. The piston plays a critical role in sealing the concrete and preventing it from leaking back into the hopper. If it is damaged or worn out, a tight seal may not be created, resulting in leakage. This not only leads to material loss but also reduces pumping efficiency as the pump has to compensate for the loss by working harder. Moreover, blockages and clogs can be caused by a damaged piston in the pumping system. The movement of the piston creates suction, which pulls the concrete mixture into the pump. If the piston is damaged, it may not create sufficient suction, causing the mixture to flow unevenly or get stuck in the system. This can cause delays and interruptions in the pumping process, ultimately reducing overall efficiency. In conclusion, the pumping efficiency can be negatively impacted by a damaged concrete pump piston through reduced power and force, leaks, and blockages. It is crucial to regularly maintain and promptly repair or replace damaged pistons to ensure optimal pumping performance and efficiency.
Q:How can one identify the need for replacement of concrete pump spare parts?
The need for replacement of concrete pump spare parts can be determined by observing specific signs and conducting regular maintenance checks. To begin with, it is crucial to keep track of the concrete pump's performance. If there is a decrease in efficiency or a noticeable reduction in output, it could indicate the requirement for replacement parts. This could be a result of worn-out components that are impacting the pump's ability to deliver concrete effectively. Another indication to be mindful of is any unusual noise emanating from the pump. Excessive or abnormal noise can be a sign of problems with the moving parts, such as bearings or seals, which may need to be substituted. It is also essential to inspect the wear and tear of the spare parts. Components like hoses, pipes, and seals can deteriorate over time due to the abrasive nature of concrete. If there are observable signs of wear, such as cracks, leaks, or bulges, it is likely that these parts need to be replaced. Conducting regular maintenance checks is critical in identifying the need for replacement parts. This involves examining the condition of key components, such as the piston, cylinder, and valves, and ensuring that they are clean, properly lubricated, and functioning correctly. Any signs of damage, corrosion, or excessive wear should be promptly addressed to prevent further harm to the pump and the need for more extensive repairs. In conclusion, by closely monitoring the concrete pump's performance, listening for abnormal noise, inspecting for wear and tear, and regularly conducting maintenance checks, one can effectively determine the need for replacement of concrete pump spare parts. Timely replacement of these parts can contribute to maintaining the pump's efficiency and prolonging its lifespan.
Q:How long do concrete pump spare parts typically last?
The lifespan of concrete pump spare parts can vary depending on several factors such as usage frequency, maintenance practices, and the quality of the parts. However, on average, concrete pump spare parts are designed to last for several years before requiring replacement.
Q:How does a hopper agitator blade ensure smooth concrete flow?
To guarantee a seamless flow of concrete, a hopper agitator blade is employed to mix and disintegrate any clumps or air pockets in the concrete mixture. Specifically designed to be positioned inside the hopper, the blade rotates and agitates the concrete, ensuring a homogeneous and steady state. While in rotation, the blade disperses any settled aggregates at the hopper's base, preventing blockages or uneven distribution during the pouring procedure. This uninterrupted mixing action guarantees that the concrete remains well-blended and effortlessly pours out of the hopper. Furthermore, the agitator blade aids in breaking up any air bubbles that may have formed within the concrete mixture. These air bubbles can compromise the structural integrity of the concrete and lead to an uneven final appearance. By agitating the concrete, the blade effectively releases trapped air, promoting a consistently dense mixture. In essence, a hopper agitator blade guarantees a seamless flow of concrete by effectively blending the mixture, breaking apart any clumps or air pockets, and fostering a uniform composition. This ensures that the concrete pours smoothly and evenly during the pouring process, resulting in a top-notch end product.
Q:Can a concrete pump pipe be repaired or should it be replaced?
Repairing a concrete pump pipe is possible in certain cases, but the ultimate outcome relies on the level of damage and the particular circumstances involved. Specialized techniques like welding or epoxy injections are often sufficient for minor cracks or small areas of damage. However, if the damage is extensive, severe, or jeopardizes the pipe's structural integrity, it may be more practical and safer to replace the entire pipe. Before making a decision between repair or replacement, it is crucial to thoroughly evaluate the condition of the concrete pump pipe. Factors such as the pipe's age, the overall pump condition, and the frequency of use should be taken into account. Consulting a professional or an experienced concrete pump technician is recommended to determine the most suitable course of action. In conclusion, while it is possible to repair a concrete pump pipe, the choice between repair and replacement should be based on factors including the extent of damage, cost-effectiveness, and safety considerations.

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