• Concrete Pump Truck Parts Elbow Bend DN100 R180 90DGR 148MM Mn13-4 Casting System 1
  • Concrete Pump Truck Parts Elbow Bend DN100 R180 90DGR 148MM Mn13-4 Casting System 2
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Concrete Pump Truck Parts Elbow Bend DN100 R180 90DGR 148MM Mn13-4 Casting

Concrete Pump Truck Parts Elbow Bend DN100 R180 90DGR 148MM Mn13-4 Casting

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Product Description:
Product Name: Concrete Pump ELBOW DN100

1.    Specification of Concrete Pump ELBOW DN100

Dimensions: DN100

Radius: 180mm

Flange: SK, ZX, F&M

Degree: 90

Material: #20 steel, ST52

Thickness: 4.5mm,6mm,7.1mm,7.5mm,10mm,

Working pressure: 180MPa


Notes: total series of concrete pump ELBOW for different brand concrete pump(PUTZMEISTER, SCHWING, CIFA, SANY, ZOOMLION, IHI, KYOKUTO Etc) available from us.



2.  Application of Concrete Pump ELBOW DN100

Widely used on concrete pump truck, concrete placing boom, trailer concrete pump etc, for concrete delivery pipe connection.

Our concrete pump bends have been successfully exported to many countries from 1998, Our main markets as below: Middle East, Southeast Asia, America, Brazil, Italy, Russia, South Africa etc



Aiming at the largest concrete pump parts manufacturer, and reliable, professional supplier in China, we can supply concrete pump elbows, delivery pipes, casting or forging couplings, end rubber hoses, rubber pistons, tungsten wear plates, delivery cylinders, and other hydraulic parts, one stop service for your concrete pump parts and accessory business.



3.  Package and Delivery of Concrete Pump ELBOW

Every 30pcs put in one seaworthy wooden box, and 20 boxes in one 20feet container.


Q:How can a faulty accumulator affect the pumping efficiency?
A faulty accumulator can negatively impact pumping efficiency by causing inconsistent pressure and flow rates in the system. This can lead to excessive energy consumption, reduced overall performance, and potential damage to the pump and other components.
Q:Can a concrete pump pipe be repaired or should it be replaced?
A concrete pump pipe can typically be repaired rather than replaced, depending on the extent of the damage.
Q:Can concrete pump spare parts be installed by the pump owner or operator, or is professional assistance required?
The pump owner or operator has the option to install concrete pump spare parts themselves, but it is strongly advised to seek professional help. The installation of these spare parts necessitates technical expertise and know-how to guarantee correct and effective installation. By opting for professional assistance, one can ensure that the spare parts are accurately installed, reducing the possibility of any damage or malfunction. Moreover, professionals possess the essential tools and equipment to safely and efficiently carry out the installation procedure. By investing in professional assistance, not only is a successful installation guaranteed, but it also contributes to the long-term durability and optimal functioning of the concrete pump.
Q:How can one extend the lifespan of concrete pump spare parts?
One can extend the lifespan of concrete pump spare parts by ensuring regular maintenance, proper lubrication, and cleaning after each use. Additionally, using high-quality spare parts and avoiding overloading or excessive pressure on the pump can also help prolong their lifespan.
Q:Can concrete pump spare parts be heat-treated or hardened for increased durability?
Concrete pump spare parts can undergo heat treatment or hardening to increase their durability. By subjecting the parts to controlled heating and cooling processes, their mechanical properties can be altered. This alteration significantly improves their hardness, strength, and wear resistance, thus enhancing their durability and ability to withstand harsh operating conditions. Various heat treatment methods, such as quenching and tempering, induction hardening, and case hardening, can be applied to different types of spare parts, including cylinders, pistons, wear plates, and delivery pipes. These processes contribute to the overall performance and lifespan of the spare parts, ensuring their ability to withstand the demanding nature of concrete pumping operations.
Q:How to judge the concrete pipeline blockage?
Listen to the ear, there is rustling sound as normal, there is a piercing sound for the blockage
Q:How often do I need to replace concrete pump spare parts?
The frequency of replacing spare parts for concrete pumps depends on several factors, such as the quality of the parts, how often the pump is used, and the maintenance practices followed. In general, if you use high-quality spare parts, they can last longer and won't need to be replaced as often. However, if the pump is used extensively or in harsh conditions, the spare parts may wear out more quickly. To ensure that your concrete pump performs well and lasts a long time, it's important to stick to a regular maintenance schedule. This includes checking the spare parts for any signs of damage, monitoring their performance, and replacing them when necessary. It's a good idea to consult the manufacturer's guidelines or get professional advice to determine how often you should replace the spare parts for your concrete pump. Remember, if you neglect proper maintenance or use low-quality spare parts, you may need to replace them more frequently, which can be expensive and disrupt your construction projects. So, it's worth investing in high-quality spare parts and following a diligent maintenance routine to maximize the lifespan of your concrete pump and minimize the need for replacements.
Q:How does a hydraulic oil cooler maintain optimal temperature in a concrete pump?
In order to maintain the ideal temperature in a concrete pump and prevent potential issues, it is crucial to have a hydraulic oil cooler. The hydraulic system of a concrete pump is constantly exposed to high pressure and heavy loads, causing the oil within the system to heat up quickly. If the oil temperature exceeds the recommended range, it can lead to decreased efficiency, increased wear and tear, and even system failure. To avoid these problems, a hydraulic oil cooler is installed in the concrete pump. This cooler utilizes a heat exchanger to transfer the excess heat from the hydraulic oil to the surrounding air or another cooling medium, such as water or a refrigerant. This process effectively lowers the temperature of the hydraulic oil, keeping it within the optimal range for operation. The hydraulic oil cooler typically consists of fins or tubes that allow the hot oil to flow through. These fins or tubes increase the surface area of contact between the oil and the cooling medium, enabling efficient heat transfer. In some cases, a fan or pump may be used to enhance the airflow or flow of the cooling medium, further improving the cooling process. By maintaining the hydraulic oil at the ideal temperature, the hydraulic oil cooler ensures that the concrete pump operates at its highest level of performance. This not only increases the overall efficiency and productivity of the pump but also extends the lifespan of critical components. Additionally, by preventing overheating, the hydraulic oil cooler helps to minimize the risk of unexpected downtime and costly repairs. In conclusion, a hydraulic oil cooler is an essential component in a concrete pump as it effectively dissipates excessive heat from the hydraulic oil, ensuring optimal temperature and contributing to the overall productivity and reliability of the pump.
Q:What is the washing process of the concrete pump pipe?
Open the first section of the reducing pipe and the discharge gate, and thoroughly remove the remaining concrete in the hopper, the distributing valve box and the reducing pipe.
Q:How can a damaged concrete pump hopper affect the pumping process?
The pumping process can be negatively impacted by a damaged concrete pump hopper in several ways. To begin with, efficiency and productivity can decrease when the hopper is damaged. The hopper's role is to hold and feed the concrete mixture into the pump. Any damage to the hopper can disrupt the continuous flow of concrete, leading to frequent interruptions in the pumping process. This causes delays and reduces the overall output of the pump. Furthermore, the quality of the concrete being pumped can be affected by a damaged hopper. The hopper is designed to ensure proper mixing and consistency of the concrete mixture before it is pumped. If the hopper is damaged, it may not effectively mix the concrete, resulting in inconsistencies in the mixture. This can lead to poor-quality concrete being pumped, compromising the structural integrity and durability of the final product. Additionally, a damaged hopper can pose safety risks for the workers involved in the pumping process. Sharp edges or loose parts on a damaged hopper can cause injury if not addressed properly. Moreover, if the hopper is not functioning correctly, it may cause clogs or blockages in the pump, leading to pressure build-up and potential accidents. Finally, maintenance and repair costs can increase due to a damaged hopper. An imperfect hopper may require frequent repairs or even replacement, which can be time-consuming and expensive. Regular maintenance and inspection of the hopper are crucial to identify any damages early on and prevent them from escalating into more significant issues. In conclusion, a damaged concrete pump hopper has significant implications for the pumping process, including reduced efficiency, compromised concrete quality, safety risks, and increased maintenance costs. Regular inspection, maintenance, and timely repairs are essential to ensure the smooth operation of the pump and the delivery of high-quality concrete.

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