High Quality Koyokuto DN230 Spectacle Wear Plate

High Quality Koyokuto DN230 Spectacle Wear Plate System 1

High Quality Koyokuto DN230 Spectacle Wear Plate

Ref Price:: $300.00 - 1,000.00 / pc

Loading Port:: Tianjin

Payment Terms:: TT or LC

Min Order Qty:: 3 pc

Supply Capability:: 1000 pc/month

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Product Description:

Product Name: High Quality Koyokuto DN230 Spectacle Wear Plate

1. Specification

1. Material: Plate body S35C steel, tungsten carbide E5 grade.

2. Lifetime: 30,000~80,000cbm

3. HRA≥86

4. Germany Welding rod used for hardfacing

5. tensile strength ≥ 25000 N/mm2

6. Application: trailer and trunk mounted Koyokuto concrete pump

Notes: total series of Concrete Pump Spectacle Wear Plate and Cutting Ring for different brand concrete pump (PUTZMEISTER, SCHWING, CIFA, SANY, ZOOMLION, IHI, KYOKUTO，Niigata Etc) available from us.

2. Application

Our High Quality Koyokuto DN230 Spectacle Wear Plate 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

Every 60pcs High Quality Koyokuto DN230 Spectacle Wear Plate put in one seaworthy wooden box, and 20 boxes in one 20feet container.

FAQ:

Q1: Why buy Materials & Equipment from us?

A1: All products have its ISO certifications, adheres to the highest standards and a commitment to supply chain safety and customer satisfaction.

Q2: How do we guarantee the quality of our products?

A2: We have established an advanced quality management system which conducts strict quality tests at every step, from raw materials to the final product. At the same time, we provide extensive follow-up service assurances as required.

Q3: How soon can we receive the product after purchase?

A3: Within three days of placing an order, we will begin production. The specific shipping date is dependent upon international and government factors, but is typically 10 to 30 workdays.

Q4: If we can produce some High Quality Koyokuto DN230 Spectacle Wear Plate according to customers request?

A4: Yes, we can produce High Quality Koyokuto DN230 Spectacle Wear Plate according to the difference country situations and different concrete pump to make it suitable to the market and customers. We have very professional technical team to make the design.

Q5: How to make a quick resolution for after service?

A5:We have overseas branches all-around of world, IF needed, the seller shall dispatch 2 engineers to the buyer's site for supervision of training. The buyer shall make available of necessary facilities &skilled personnel at site for training.

Images:

High Quality Koyokuto DN230 Spectacle Wear Plate

Q: What are the different types of concrete pump wear rings?: There are several different types of concrete pump wear rings that are commonly used in the construction industry. The most common types include: 1. Metallic Wear Rings: These wear rings are typically made of hardened steel or stainless steel. They are highly durable and can withstand the abrasive nature of concrete. Metallic wear rings are designed to be long-lasting and provide excellent wear resistance. 2. Polyurethane Wear Rings: Polyurethane wear rings are made from a high-performance polymer material. They are known for their exceptional resistance to abrasion, impact, and chemical exposure. Polyurethane wear rings are often preferred for their flexibility and ability to provide a tight seal, reducing leakage and improving pump performance. 3. Ceramic Wear Rings: Ceramic wear rings are made from a high-density ceramic material, such as alumina or zirconia. They are extremely hard and have excellent resistance to wear and corrosion. Ceramic wear rings are commonly used in high-pressure applications where there is a need for superior durability and performance. 4. Composite Wear Rings: Composite wear rings are made by combining different materials, such as metal and polymer, to create a hybrid material. These wear rings offer the advantages of both materials, such as the strength of metal and the flexibility of polymers. Composite wear rings are often used in applications where a balance between durability and flexibility is required. Each type of wear ring has its own unique advantages and considerations. The choice of wear ring depends on various factors, such as the specific application, operating conditions, and budget constraints. It is important to consult with experts or manufacturers to determine the most suitable wear ring for a concrete pump.

Q: Which is the best home made concrete pump car?: The first line is 31 and Zhonglian, the price is expensive, the car is big, the problem is not, and there are many small problems

Q: What are the different types of concrete pump hopper pins?: There are several types of concrete pump hopper pins, including snap pins, lynch pins, and clevis pins. These pins are used to secure the hopper to the pump and ensure it stays in place during operation.

Q: How can one ensure proper documentation and record-keeping for concrete pump spare parts?: To ensure proper documentation and record-keeping for concrete pump spare parts, several steps can be taken: 1. Establish a systematic inventory management system: Implement a well-organized inventory management system to keep track of all the spare parts. Assign unique codes or identification numbers to each part and maintain a comprehensive inventory list. 2. Maintain accurate records: Create a detailed record for each spare part, including its description, quantity, date of purchase, supplier information, and cost. This information should be regularly updated and easily accessible. 3. Implement a standardized labeling system: Use clear and consistent labels on all spare parts, ensuring that they can be easily identified and located when needed. This will help minimize confusion and avoid misplacement. 4. Store spare parts in a designated area: Designate a specific storage area for spare parts, preferably a well-organized warehouse with proper shelving and adequate space. This will ensure that spare parts are stored in a secure and easily accessible manner. 5. Implement a maintenance and repair schedule: Develop a maintenance and repair schedule for the concrete pump and its spare parts. Regularly inspect all parts, document any repairs or replacements, and update the inventory accordingly. 6. Train staff on documentation procedures: Provide training to the employees responsible for managing spare parts to ensure they are familiar with the documentation procedures. This includes proper recording, labeling, and updating of inventory records. 7. Perform periodic stock checks: Conduct regular stock checks to verify the accuracy of inventory records and identify any discrepancies. This will help identify any missing or misplaced spare parts and ensure that the documentation is up to date. 8. Implement an integrated software system: Utilize an integrated software system specifically designed for inventory management. These systems can help automate documentation, track stock levels, and generate reports, making the process more efficient and accurate. By following these steps, one can ensure proper documentation and record-keeping for concrete pump spare parts, minimizing the risk of errors, improving efficiency, and ensuring that the right spare parts are available when needed.

Q: What are the indicators of a faulty concrete pump seal?: There are multiple signs that may suggest a defective concrete pump seal. These signs include: 1. Leakage: One of the most evident indications of a faulty seal is when concrete or water leaks around the seal area. If you observe any fluid seeping out from the seal, it is a clear sign of a problem. 2. Decreased pumping efficiency: A faulty seal can lead to reduced pumping efficiency. If you notice that the concrete pump is not delivering the expected amount of concrete or is struggling to pump the material, it could be due to a seal issue. 3. Increased noise and vibration: The operation of a concrete pump may experience heightened noise and vibration due to a defective seal. Unusual sounds or excessive vibration can indicate that the seal is not functioning properly, and further inspection may be necessary. 4. Premature wearing and tearing: A defective seal can cause premature wear and tear on other components within the pump system. This can be observed through the deterioration of other parts like gaskets, bearings, or pistons. Regular inspections can help identify such problems. 5. Inconsistent pressure: A faulty seal may result in inconsistent pressure while pumping concrete. If you notice pressure variations or irregular concrete flow, it may be a sign of a seal problem. 6. Excessive heat: Another indicator of a defective seal is the generation of excessive heat in the seal area. If the seal is not functioning properly, it can cause friction and heat buildup, which can be felt or observed by touch. Addressing any sign of a defective concrete pump seal promptly is crucial to prevent further damage to the pump system and ensure the operation's safety and efficiency. It is recommended to seek guidance and repair from a professional or contact the manufacturer in such cases.

Q: How to diagnose the blockage in the inlet of concrete pump?: If it doesn't work, you'll have to clean it up manually and rule it out.

Q: What are the different sizes of concrete pump pipes available?: The sizes of concrete pump pipes typically range from 2 inches to 6 inches in diameter.

Q: How often should wear rings be replaced in a concrete pump?: The replacement frequency of wear rings in a concrete pump relies on various factors such as the pump type, wear ring quality, concrete volume being pumped, and operating conditions. In essence, wear rings are components that endure substantial wear and tear due to the abrasive nature of concrete. Consequently, they will eventually require replacement to uphold the pump's efficiency and avoid potential damage to other pump parts. Typically, wear rings should be regularly inspected during routine maintenance checks. The wear patterns and extent of damage will determine if replacement is needed. In certain cases, wear rings may endure for several thousand hours of operation, while in others, replacement may be necessary more frequently. It is advisable to consult the pump manufacturer for specific guidelines on wear ring replacement intervals based on the pump model and operating conditions. They can offer recommendations based on their expertise and understanding of the pump's design and performance. Ultimately, the objective is to guarantee smooth and efficient operation of the concrete pump, minimizing downtime and maximizing its lifespan. Regular inspections and proactive replacement of wear rings when necessary will contribute to achieving this goal.

Q: How can a malfunctioning hydraulic motor affect the pumping process?: A malfunctioning hydraulic motor can have various negative effects on the pumping process. Firstly, it can result in a decrease in pumping efficiency. The hydraulic motor is responsible for converting the hydraulic energy into mechanical energy, which drives the pumping mechanism. If the motor is malfunctioning, it may not be able to generate enough power to operate the pumping system effectively, leading to a decrease in the volume or pressure of the pumped fluid. Additionally, a malfunctioning hydraulic motor can cause an increase in energy consumption. Inefficient or faulty motor operation can lead to higher energy requirements to maintain the desired pumping rate. This increased energy consumption can result in higher operating costs and reduced overall system performance. Furthermore, a malfunctioning hydraulic motor can lead to irregular pumping or complete pump failure. If the motor is not functioning properly, it may result in intermittent or inconsistent pumping, causing fluctuations in the flow rate or pressure of the pumped fluid. In extreme cases, the motor may completely stop working, leading to a total loss of pumping functionality. Moreover, a malfunctioning hydraulic motor can cause increased wear and tear on the entire pumping system. The motor's improper operation can create excessive vibration or heat, leading to premature failure of other components such as seals, bearings, or pistons. This can result in frequent maintenance or repair requirements, leading to increased downtime and costs. In summary, a malfunctioning hydraulic motor can have significant negative impacts on the pumping process, including decreased efficiency, increased energy consumption, irregular pumping or complete pump failure, and increased wear and tear on the system. It is crucial to regularly inspect and maintain hydraulic motors to ensure their proper functioning and avoid potential issues that may disrupt the pumping process.

Q: How can a faulty outrigger affect the stability of the pump?: The stability of a pump can be significantly affected by a faulty outrigger. The outrigger serves as a crucial component that provides support and balance to the pump while it is in operation. Its role is to act as a stabilizer, preventing the pump from tipping over or vibrating excessively. When the outrigger is faulty, it fails to offer the necessary support and stability required for the pump to function properly. This can result in various stability issues. For instance, the pump becomes more susceptible to tipping over, particularly when it encounters uneven surfaces or strong vibrations. This poses a significant danger, especially if the pump is handling hazardous or flammable materials. Moreover, a faulty outrigger can cause excessive vibrations in the pump. These vibrations can accelerate the wear and tear of critical components, leading to premature failure. Additionally, they can inflict damage on the surrounding infrastructure or equipment, resulting in expensive repairs or even accidents. Furthermore, a faulty outrigger can impact the accuracy and efficiency of the pump's operation. When the pump is not adequately stabilized, it struggles to maintain a consistent flow rate or pressure, thereby affecting its overall performance. This can lead to inefficiencies, increased energy consumption, and even reduced productivity. To summarize, a faulty outrigger has detrimental consequences for the stability of a pump. It heightens the risk of accidents, induces excessive vibrations, and impairs the pump's performance and efficiency. Regular maintenance and inspections are crucial in ensuring that the outrigger and other support systems are functioning correctly, thereby maintaining the pump's stability and reliability.

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