CONCRETE DELIVERY ELBOW CIFATYPE 90DEG R275 DN125

CONCRETE DELIVERY ELBOW CIFATYPE 90DEG R275 DN125

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 100 pc

Supply Capability:: 10000 pc/month

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Wear-resistant Single or Double Concrete Pump Elbow
Type	Singe Elbow				Double Elbow
Model	DN125		DN150	DN175	DN125
Material	Casting Steel ,ST52				Inside	40Cr	Outside
Size	R275*90°	R275*90°+110	36°	F2000	R275*90°		R275*90°+110
	R275*45°	R275*90°+211	R400*30°	A3000	R275*45°		R275*90°+211
	R275*25°	R275*90°+411	R400*45°	471B	R275*25°		R275*90°+411
	R275*20°	R275*90°+424	R400*30°	571B	R275*20°		R275*90°+424
	R275*15°	R275*45°+170	R488*90°	A1000	R275*15°		R275*45°+170
	R180*90°	R275*45°+310	R500*90	C1000	R180*90°		R275*45°+310
	R232*60°	R275*45°+310	R280*90°	B2000	R232*60°		R275*45°+310
	R240*36°	20°Lengthen			R240*36°		20°Lengthen
	R240*30°	25°+740			R240*30°		25°+740
	R240*15°	40°Zoomlion			R240*15°		40°Zoomlion
	R385*29°				R385*29°
	R315*33°				R315*33°
Technic	Forged
Average life	25,000cubic				50,000cubic
Appliciation	Used in concrete transport in construction work

1.product profile:The double layer concrete pump elbow is developed by ourselves through new

technology and process.

2.characteristic:the inner layer of this concrete pump elbow undergoes heat treatment,and then the rigitiry can reach 62-65HRC.

3.characteristic:the outer layer of the concrete pump elbow possess good toughness properties

to protect the inner layer,so the security of the elbow is improved.

4.life:the experiment done abroad shows that the life of our concrete pump elbow can reach 35000-50000cbm,got the customers' praise

5.Beside the double layer concrete pump elbow,we produce all kinds of concrete pump parts,

straight pipe hose flange coupling and so on.

CONCRETE DELIVERY ELBOW CIFATYPE 90DEG R275 DN125

Q: How often should concrete pump hydraulic filters be inspected and replaced?: Concrete pump hydraulic filters should be inspected and replaced on a regular basis, ideally every 500 hours of operation or according to the manufacturer's recommendations. Regular inspection and replacement of hydraulic filters help ensure the proper functioning and longevity of the concrete pump.

Q: Are there any specific guidelines for the disposal of old or damaged concrete pump spare parts?: Old or damaged concrete pump spare parts must be disposed of according to specific guidelines. To ensure environmental sustainability and comply with local regulations, it is important to dispose of these parts properly. Here are some steps to follow: 1. Hazardous material identification: Prior to disposal, it is crucial to determine if the spare parts contain any hazardous materials such as oils, lubricants, or chemicals. These substances require special handling and cannot be disposed of in regular waste streams. 2. Separation of recyclable materials: If the spare parts are made of recyclable materials like metal or plastic, it is advisable to separate them from other waste. Recycling these materials helps conserve resources and reduces the strain on landfill sites. 3. Contact waste management authorities: Each region has its own guidelines and regulations for disposing of specific materials. It is recommended to reach out to local waste management authorities to understand the proper procedures for disposing of concrete pump spare parts in your area. 4. Arrange for proper disposal: Once hazardous materials have been identified and recyclable parts have been separated, make arrangements for their proper disposal. This may involve contacting specialized waste management companies that handle hazardous materials or taking them to designated recycling centers. 5. Avoid illegal dumping: It is essential to refrain from illegally dumping old or damaged concrete pump spare parts. This can harm the environment and may result in fines or penalties. Always dispose of these parts through legal and responsible channels. By adhering to these guidelines, you can ensure the appropriate disposal of old or damaged concrete pump spare parts, minimize environmental impact, and comply with local regulations.

Q: What are the signs of a malfunctioning hydraulic oil cooler?: Some signs of a malfunctioning hydraulic oil cooler include overheating of the hydraulic system, decreased performance and efficiency of the equipment, increased hydraulic fluid leakage, abnormal noises or vibrations, and visible signs of coolant or oil leakage around the oil cooler.

Q: What are the layout requirements of concrete pump for building engineering?: The setting of concrete pump should be steady and firm, with heavy vehicle running condition

Q: What are the indications of a faulty control lever?: There are several indications that can suggest a faulty control lever. First and foremost, if the control lever is not responding or is sluggish when you try to engage or disengage a specific function, it could be a sign of a problem. This could include difficulty shifting gears, adjusting speed, or operating various controls such as the throttle or clutch. Another indication of a faulty control lever is if it becomes loose or wobbly. If you notice excessive play or movement in the lever, it could indicate that the mechanism connecting the lever to the control system is worn out or damaged. This can compromise the accuracy and precision of the control lever, making it difficult to operate the intended functions effectively. Additionally, unusual noises or vibrations coming from the control lever can be a sign of a fault. This could be a result of loose or broken components within the control lever assembly, indicating that it needs to be inspected and repaired. Lastly, if the control lever becomes stuck or jammed in a certain position, it is a clear sign of a faulty lever. This can prevent you from properly controlling the equipment or vehicle, posing safety risks. In any case, if you suspect a faulty control lever, it is essential to have it inspected and repaired by a qualified technician to ensure proper functioning and safe operation.

Q: Are there any environmental considerations in the production of concrete pump spare parts?: Yes, there are environmental considerations in the production of concrete pump spare parts. Concrete production itself is known to have a significant environmental impact due to the extraction and processing of raw materials, as well as the energy consumption and carbon emissions associated with its production. Therefore, the production of concrete pump spare parts should prioritize eco-friendly manufacturing processes, use recycled materials where possible, and minimize waste generation. Additionally, the selection of suppliers and transportation methods should aim to reduce the carbon footprint of the supply chain.

Q: How often should a hopper filter be cleaned or replaced?: The cleaning or replacement frequency of a hopper filter relies on various factors such as hopper type, contaminant nature, and usage pattern. It is generally suggested to clean or replace the hopper filter every three to six months. However, if the hopper operates in a dusty or dirty environment, or deals with materials generating abundant debris, more frequent cleaning or replacement might be necessary. Regular examination of the hopper filter is vital to assess particle accumulation and filtration efficiency. Additionally, if the hopper filter displays signs of damage or wear, immediate replacement is essential to maintain peak performance and prevent potential contamination. Ultimately, it is advisable to consult the manufacturer's guidelines and recommendations for the specific hopper filter in use.

Q: How does a hopper agitator blade ensure smooth concrete flow?: A hopper agitator blade ensures smooth concrete flow by constantly mixing and agitating the concrete inside the hopper. This prevents the concrete from settling or forming clumps, ensuring a consistent and even flow of the material. The agitation action of the blade also helps to break up any air pockets that may be present in the concrete, resulting in a more uniform and high-quality mixture.

Q: What is the function of a concrete pump hydraulic motor?: The concrete pump hydraulic motor serves the purpose of supplying the essential power and force needed for the operation of the concrete pump. Its responsibility lies in transforming hydraulic energy into mechanical energy, thereby enabling the pump to function with efficiency and effectiveness. By propelling the pumping mechanism, it allows the concrete to be transported through the pipeline and delivered to the desired destination. Additionally, the hydraulic motor governs the pump's speed and direction, facilitating accurate placement of the concrete. In conclusion, the concrete pump hydraulic motor plays a vital role in guaranteeing the seamless operation and triumphant delivery of concrete in construction endeavors.

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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