RUBBER SEAL for Concrete Pump DN125 DN150

RUBBER SEAL for Concrete Pump DN125 DN150 System 1

RUBBER SEAL for Concrete Pump DN125 DN150

Ref Price:: $0.50 - 6.00 / pc

Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 10 pc

Supply Capability:: 10000 pc/month

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Product Description:

Product Name: Concrete Pump Rubber Seal 5''

1. Specification of Concrete Pump Delivery Rubber Seal 5''

Materials: ruber

Inner Diameter: 150mm, 125mm, 100mm

Outer Diameter: 148mm, 127mm etc.

Flange size: 148mm 127mm

Flange type: SK flange, ZX flange

Standards: ASTM A128-C

Color: Black

Notes: Total series of Concrete Pump Rubber Seal for different brand concrete pump (PUTZMEISTER, SCHWING, CIFA, SANY, ZOOMLION, IHI, KYOKUTO Etc)available from us, different length, different raw material pipe for customers choices.

2. Application of Concrete Pump Rubber Seal 5''

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

Our concrete pump delivery pipes 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 Rubber Seal 5''

All the pipes directly put into Carton or woven bag,then put inot one 20feet or 40feet containers.

4.Production ofConcrete Pump Rubber Seal 5''

Our Concrete Pump rubber seals are made with advanced technology of rubber formula, rubber moulding,Baking, Etc, suitalbe for different size of pipe flanges.

RUBBER SEAL for Concrete Pump DN125 DN150

Q:How often should hopper agitator shafts be inspected or replaced in a concrete pump?: Hopper agitator shafts in a concrete pump should be inspected regularly, ideally during routine maintenance checks, to ensure they are in proper working condition. The frequency of inspections may vary depending on the usage and operating conditions of the concrete pump. However, a general recommendation would be to inspect or replace hopper agitator shafts at least once every 6 to 12 months to prevent any potential issues or malfunctions.

Q:How often should a concrete pump cleaning ball be used?: A concrete pump cleaning ball should be used after every use of the pump to ensure proper maintenance and prevent clogs or blockages.

Q:Can I get spare parts for concrete pump wear plates and cutting rings?: Yes, spare parts for concrete pump wear plates and cutting rings are typically available. They can be purchased from various suppliers and manufacturers specializing in construction equipment parts.

Q:What is the farthest pumping distance of concrete pump truck?: Concrete pump truck, according to the length of the pump boom to determine the pumping height, usually the last 2 arm combination pumping

Q:How often should the concrete pump wear plate be replaced?: The concrete pump wear plate should be replaced whenever it becomes significantly worn down or damaged, which typically occurs after every 20,000 to 30,000 cubic yards of concrete are pumped.

Q:What is the role of a concrete pump hopper vibrator?: The smooth and efficient flow of concrete through the pump system is ensured by the concrete pump hopper vibrator. Typically, the vibrator is attached to the hopper, which is the container holding the concrete mixture. To break up any air pockets or clumps in the concrete, the vibrator creates high-frequency vibrations. This allows the concrete to flow freely through the pump and out of the nozzle. Proper vibration is essential, as unclogged or unblocked concrete prevents delays and inefficiencies in construction. Not only does the hopper vibrator facilitate concrete flow, but it also enhances the overall concrete quality. By eliminating air pockets and ensuring a smooth, consistent flow, the vibrator reduces the risk of voids or weak spots in the finished structure. In conclusion, the concrete pump hopper vibrator plays a crucial role in ensuring successful and efficient concrete pumping, while also improving the quality of the final product.

Q:What is the purpose of a concrete pump accumulator?: The purpose of a concrete pump accumulator is to store hydraulic energy and provide a surge of pressure when needed, ensuring a continuous and efficient flow of concrete during pumping operations.

Q:Are there any special tools required for replacing concrete pump spare parts?: Yes, there are some special tools required for replacing concrete pump spare parts. These tools may vary depending on the specific part being replaced, but some common tools include wrenches, sockets, hydraulic jacks, cranes or hoists, and torque wrenches. Additionally, some specific parts may require specialized tools such as concrete saws, chisels, or drills for removing old parts or preparing surfaces for installation. It is important to consult the manufacturer's guidelines or seek professional advice to ensure the correct tools are used for replacing concrete pump spare parts.

Q:What is the purpose of a concrete pump electric motor?: The purpose of a concrete pump electric motor is to provide the necessary power and energy to operate the concrete pump. The motor converts electrical energy into mechanical energy, which is then used to drive the pump's hydraulic system. This hydraulic system is responsible for sucking in concrete from the hopper and pumping it through the pipes to the desired location. The electric motor ensures a smooth and efficient operation of the concrete pump, allowing for precise placement of the concrete and increased productivity on construction sites. Additionally, the use of an electric motor eliminates the need for manual labor and reduces emissions compared to traditional diesel-powered pumps, making it a more environmentally friendly option.

Q:How can a faulty accumulator affect the pumping efficiency?: A faulty accumulator can significantly affect the pumping efficiency in a variety of ways. Firstly, an accumulator is a device that stores energy in the form of pressurized fluid. It helps regulate the flow of fluid in a hydraulic system and provides additional power when needed. If the accumulator is faulty, it may not be able to store or release fluid properly, leading to an imbalance in the hydraulic system. This imbalance can cause fluctuations in pressure, flow rate, and overall system performance, resulting in reduced pumping efficiency. Secondly, a faulty accumulator can lead to increased wear and tear on the pump. When the accumulator fails to regulate the pressure properly, it can cause the pump to work harder and operate outside its normal operating range. This additional stress on the pump can lead to premature failure, decreased lifespan, and increased maintenance costs. Ultimately, this affects the pumping efficiency as the pump may not be able to deliver the desired flow rate and pressure due to its compromised condition. Furthermore, a faulty accumulator may result in unstable or inconsistent flow rates. As the accumulator is responsible for maintaining a steady flow of fluid, any malfunction can disrupt this flow pattern. This inconsistency in flow can lead to inefficiencies in the pumping system, such as increased energy consumption, reduced output, and inadequate operation of downstream components. Lastly, a faulty accumulator can impact the overall system response time. Accumulators play a crucial role in providing quick response and compensating for sudden changes in demand. If the accumulator fails to function properly, the system may experience delays in responding to load changes, leading to slower operation, reduced productivity, and potential safety hazards. In conclusion, a faulty accumulator can have a detrimental impact on pumping efficiency. It can cause imbalances in the hydraulic system, increase wear on the pump, result in unstable flow rates, and decrease overall system response time. Regular maintenance, inspection, and timely repair or replacement of faulty accumulators are essential to ensure optimal pumping efficiency and prevent potential system failures.

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