• Kidney Seal Ring DN180 System 1
Kidney Seal Ring DN180

Kidney Seal Ring DN180

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Including: 1) Wear-resisting Board andCutting ink for Schwing, Putzmeister, Sany, Zoomlion, Kyokuto

       2) Seal Ring/ Gasket for Schwing, Putzmeister, Sany

       3) Schwing Kidney 10029138

       4) Pipe Clean-out Accessories: Sponge ball, Sponge Column, Cleaningpiston

       5) Conveying Cylinder for Schwing, Putzmeister

Products:

1) Rubber hose

2) Putzmeister/ Schwing/ Zoomlion/ SermacRam Pistons

3) Putzmeister/ IHI/ Kyokuto/ Zoomlion/Sany Seperated Piston

4) Wear-resisting board and Cuts ink

5) Coupling and seal ring for Putzmeister,Schwing, Sany

6) ST52 steel pipe, elbow, reducer

7) Cleaning seriesand others


Q:Can concrete pump spare parts be retrofitted to older pump models?
Yes, concrete pump spare parts can be retrofitted to older pump models. However, it is essential to ensure compatibility and proper installation to guarantee optimal performance and safety. Professional advice and support should be sought to ensure correct retrofitting of spare parts to older pump models.
Q:What is the name of the pump for concrete transportation?
The concrete name of concrete pump is concrete pump truck. Concrete pump truck is a kind of machine which can transport concrete along pipeline continuously by pressure. It is composed of pump body and conveying pipe.
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.
Q:How long do rubber pistons typically last in a concrete pump?
The durability of rubber pistons in a concrete pump can differ based on various factors, including the rubber quality, frequency of use, concrete type, and maintenance practices. On average, rubber pistons in a concrete pump typically endure for approximately 500 to 1,500 hours of operation. Nevertheless, certain top-notch rubber pistons have been reported to last even longer when given appropriate care and maintenance. To prolong the lifespan of rubber pistons in a concrete pump, it is essential to regularly inspect, lubricate, and replace worn-out components. It is worth noting that these estimations serve as general guidelines, and the actual lifespan may vary in specific instances.
Q:Are there any online resources or manuals available for concrete pump spare parts?
Yes, there are several online resources and manuals available for concrete pump spare parts. Many manufacturers and suppliers have websites where you can find detailed information about various spare parts, their specifications, and ordering details. Additionally, there are online marketplaces and forums dedicated to construction equipment, where you can find comprehensive catalogs, user manuals, and even discussion threads related to concrete pump spare parts.
Q:How does a concrete pump S valve function?
A concrete pump S valve functions by controlling the flow of concrete from the hopper to the discharge outlet. The S valve is a crucial component in the concrete pumping system as it allows for the precise and efficient delivery of concrete to the desired location. The S valve consists of two separate valves, one on each side, that are connected by a central shaft. These valves are shaped like an "S", hence the name. Each valve has a concrete outlet and a hydraulic cylinder that controls its movement. When the concrete pump is activated, the hydraulic system applies pressure to the cylinders, causing them to push the valves open. As the valves open, concrete is allowed to flow from the hopper into the pump's cylinder. Once the concrete is inside the cylinder, the hydraulic system reverses the pressure on the cylinders, causing them to retract. This movement pulls the valves closed, sealing off the cylinder and preventing any backflow of concrete. As the cylinder retracts, it also pushes the concrete inside towards the discharge outlet. The pressure created by the retraction of the cylinder forces the concrete through the outlet pipe, which leads to the desired location for pouring. The S valve's design allows for a smooth and continuous flow of concrete, without any interruption or blockages. It also provides a high level of control over the concrete placement, allowing operators to adjust the flow rate and direction as needed. Overall, the concrete pump S valve is responsible for regulating the flow of concrete, ensuring its efficient and precise delivery to the desired location. Its reliable and effective functioning is vital for successful concrete pumping operations.
Q:How can a faulty agitator motor affect the concrete mixing process?
The concrete mixing process can be significantly affected by a faulty agitator motor in several ways. To begin with, the rotation of the mixing drum, which is crucial for thoroughly blending all the ingredients in the concrete mix, is the responsibility of the agitator motor. If the motor is not functioning properly or is faulty, it can lead to inadequate mixing. This can cause inconsistencies in the concrete mixture, with certain portions being over-mixed while others are under-mixed. Consequently, the concrete may not achieve the desired level of strength, durability, or uniformity. Additionally, a faulty motor can cause irregular or insufficient agitation, resulting in the formation of lumps or clumps in the concrete mix. These lumps can have a negative impact on the quality of the final product as they can create weak spots or air pockets within the concrete. Moreover, the presence of lumps can compromise the overall workability of the mix, making it more challenging to handle and place. This, in turn, can affect the efficiency and productivity of the construction project. Moreover, an uneven distribution of materials within the mixing drum can occur due to a faulty agitator motor. This can cause variations in the proportions of aggregates, cement, water, and additives, all of which are crucial for achieving the desired properties of the concrete. Inconsistent material distribution can result in concrete with inadequate compressive strength, reduced durability, and increased susceptibility to cracking or other forms of damage. Lastly, a malfunctioning agitator motor can lead to increased mixing time as it may take longer to achieve the desired level of homogeneity in the concrete mix. This can have an impact on the overall productivity of the concrete mixing process, resulting in delays in construction schedules and increased costs. In summary, a faulty agitator motor can have a significant impact on the concrete mixing process. It can lead to inadequate mixing, the formation of lumps, uneven material distribution, and increased mixing time. All these factors can contribute to a decrease in the quality of the final concrete product, compromising its strength, durability, workability, and overall performance.
Q:What is the role of a concrete pump hopper agitator blade?
The role of a concrete pump hopper agitator blade is to ensure the consistency and flow of the concrete while it is being pumped. The agitator blade is designed to mix the concrete in the hopper, preventing it from settling or becoming too thick. By continuously stirring the concrete, the agitator blade helps to maintain its proper consistency, making it easier to pump and ensuring a more uniform distribution of the material. This is particularly important when working with large volumes of concrete or when pumping over long distances, as it helps to prevent blockages and maintain a smooth and efficient pumping process. Overall, the agitator blade plays a crucial role in the successful operation of a concrete pump, ensuring that the concrete remains in a workable state throughout the pumping process.
Q:What are the different types of concrete pump hopper vibrators?
There are two main types of concrete pump hopper vibrators: electric and pneumatic. Electric vibrators are powered by electricity and use an electric motor to generate vibrations. They are typically more powerful and efficient but require a power source. Pneumatic vibrators, on the other hand, are powered by compressed air and use air pressure to create vibrations. They are portable and do not require a power source, making them more suitable for remote or inaccessible areas.
Q:How to choose concrete pump?
A concrete pump motor power is a prerequisite for determining the export pressure and transport volume, the motor power is certain, will increase pressure to reduce the amount of transportation; on the contrary, reduce export pressure, will make the delivery volume increase

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