DN150 Wear-resistant Pipe for Concrete Pump

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20 pc
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2000 pc/month

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Product Description:

DN150 Wear-resistant Pipe for Concrete Pump


1.  Structure of DN150 Wear-resistant Pipe for Concrete Pump:

 

Wear Resistant Pipe: Use for Truck Pump, Wear Resistant Layer is 2.5mm.Through heat treatment way make this pipe more strong (HRC60-62), Using Life: 25,000m³-35,000m³ Price about 65USD-68USD.

 

2.  Main Features of DN150 Wear-resistant Pipe for Concrete Pump:

• High Wear-resistant, long service life, lower cost

• In case of quality problem the company provide free replacement.

• Provide technical support for free.

• Provide consumers with regular visits

• Ensure the supply of ancillary parts

• Our company passed the ISO9000 certification, the product through 3C certification in full compliance with national standards

 

3.  DN150 Wear-resistant Pipe for Concrete Pump Images

 

DN150 Wear-resistant Pipe for Concrete Pump

DN150 Wear-resistant Pipe for Concrete Pump

DN150 Wear-resistant Pipe for Concrete Pump


4.  DN150 Wear-resistant Pipe for Concrete Pump Specification

 

Name

Structure

Specification

Weight

Life   time

Impact   force

Notched   bar impact strength

Max.   work press

Normal   wear resistant pipe

Single

DN125*3000mm

48kgs

6000 -   8000

≥45

≥27

36 bar

Economic   wear resistant pipe

Single

DN125*3000mm

45kgs

18000 -   22000

≥47

≥28

93 bar

Construction   wear resistant pipe

Single

DN125*3000mm

45kgs

20000 -   25000

≥47

≥28

93 bar

Diamond wear   resistant pipe

Single

DN125*3000mm

44kgs

25000 -   35000

≥47

≥38

93 bar

W12-5   wear resistant pipe

Twin

DN125*3000mm

43kgs

50000 -   60000

≥ 42

≥25

59 bar

W12-8   wear resistant pipe

Twin

DN125*3000mm

43kgs

60000 -   80000

≥ 43

≥25

59 bar

GX350-1   wear resistant pipe

Twin

DN125*3000mm

44kgs

80000 -   100000

-

-

34 bar

GX350-2   wear resistant pipe

Twin

DN125*3000mm

68kgs

120000 -   150000

-

-

76 bar 
 
 
 


5. FAQ

We have organized several common questions for our clients, may help you sincerely

①Is your products exported a lot?

We have exported to many, many countries. Every year we ship more than 30 containers of these spare parts. Our main market is in Middle-east, Asia & Africa.

②How to guarantee the quality of the products?

We have established the international advanced quality management system,every link from raw material to final product we have strict quality test;We resolutely put an end to unqualified products flowing into the market. At the same time, we will provide necessary follow-up service assurance.

③How long can we receive the product after purchase?

In the purchase of product within three working days, we will arrange the factory delivery as soon as possible. The specific time of receiving is related to the state and position of customers. Commonly 15 working days can be served.

 

6. Why choose us

•  We are a comprehensive manufacturing and trading company.

•  Our company is one of the biggest manufacturing and trading companies in China.

•  We have been specialized in producing concrete pump spare parts and specialized in producing all kinds of concrete pump parts. As Concrete Pump Pipe, Concrete Pump Elbow, Concrete Pump Rubber Hose, Concrete Pump Wear Plate, Concrete Pump S Valve, Concrete Pump Piston and so on.

•  We are famous for our superior quality, competitive prices, first-class craftworks, safe package and prompt delivery.

•  We have been supplying concrete pump parts for SCHWING, PUTZMEISTER, SANY, CIFA, KYOKUTO, ZOOMLION for 10 years, so we can promise you the quality and best price.


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Q:Mechanical design practice course, let students do something
The school is a rational knowledge, but the actual application is perceptual knowledge, the two change requires a process to know from the use, this process appears simple, it is a complex process, such as simple and fitter tools: drill and tapping, need to work in the process of careful experience that is absolutely useless empty talk, feed on illusions. No matter what other enterprises, you have to come up with real technical ability.
Q:What are the basic requirements for the design of mechanical parts?
(1) to avoid the requirement of failure in the scheduled life period1. strengthThe residual parts in the work break or do not allow the deformation of insufficient strength of subordination. The above failure forms shall be avoided for any part other than those intended for timely destruction in the safety device. Therefore, the proper strength is the basic condition that must be satisfied when designing a part.
Q:What is standardization, serialization, and generalization?
Standardization refers to the products (especially parts) the quality, specifications, performance, technical index structure and other aspects of the unified regulations and standards to perform. As the standard of our country has already formed a huge system, there are national standards, industry standards and so on. In order to in line with international standards, some standards in China the rapidly move closer to international standards. The standard code such as GB, JB, ISO and so on, they are representative of the national standard of People's Republic of China machinery industry standards, the international organization for standardization standards.
Q:Mechanical design of various parts of the hardness value of how to determine?.
Give your reference value, heat treatment is most hard, probably 65HRC, this is the limitAnd 45 steel without heat treatment, only about 10When you design, the hardness does not require a material can be set, there are hardness requirements, then the technical requirements of hardness
Q:Who knows what the design criteria for machine parts are, and how they are designed?
5. life standards, in order to ensure that the machine in a certain life span of normal work, in the design of mechanical parts, it is necessary to request the life of mechanical parts. It should be explained that parts can be replaced during the life of the machine, that is, the life of some mechanical parts is shorter than the life of the machine. The life of mechanical parts is mainly affected by fatigue, wear and corrosion of materials. In order to avoid failure caused by parts fatigue, such as fatigue fracture, fatigue strength should be calculated according to the fatigue limit corresponding to the life of mechanical parts. That is to say, according to the requirements of life and the specific speed of parts, according to formula (3-6), the fatigue limit is calculated when the stress cycle number is N. Then the strength condition is calculated and the fatigue strength is calculated. When the fatigue strength is satisfied, the stress cycle times of the mechanical parts can be guaranteed before the damage. Wear is usually unavoidable. Under certain conditions, corrosion is inevitable, such as structural members of bridges, corrosion of buried steel pipelines, etc.. In the design, mainly to ensure the mechanical parts in life, not excessive wear and corrosion. The mechanism of wear is still fully mastered, and there are many factors affecting wear. Generally, the wear resistance of friction pairs is improved according to the tribological design principle. The main measures are as follows: reasonable selection of friction pairs, reasonable choice of lubricant and additives, and control of the working conditions of friction pairs, such as pressure, sliding speed and temperature rise. So far, there is no practical and effective method for calculating corrosion life
Q:On the coordination of parts in mechanical design
The specific reference to the mechanical design manual, there are examples to follow the steps above to do down, the calculation process has a 3,4 page, but also to calculate what the shaft strength, but not so easy to design, and your condition is not good, you should also give the work work strength of the shaft, and is expected to life and work in different intensity of life is not the same, so the design steps are not the same, you still buy this book to see it, this question is not clear.
Q:Mechanical design, manufacture and automation, 60
The man upstairs said makes sense, experience is very important, the postgraduate school year is not four years of undergraduate work paid more. Not all undergraduates work for ten years, still in 10 thousand, and not all graduate students work for 10 years, still within 10 thousand years, vary from person to person. Exams for postgraduate schools are different from each other, but don't follow the crowd. According to their own circumstances to choose their own life, how to go? Life is not to pay more little heroes.If you control the learning of good, select control is a good choice, because this is the direction of scientific and technological development, mechanical structure is more and more simple, more and more accurate control, servo control technology is more and more widely used. The more advanced equipment and equipment, the essence of it is in the control system above. Except for products under extreme conditions of aviation and aerospace. Nowadays, few people are proficient in mechanical and master of electrical control, and the combination of mechanical and electrical is an interdisciplinary one. I expect you to be such a talented person.
Q:In the mechanical design process, those areas should be designed to fillet. When will it be designed to chamfer? 10
The edges of the non machined surfaces of various castings shall be designed as arc R, and the sharp edge of the lathe shall be chamfered 45 degrees. These are in the design manual, you are new, and when you are free, look at the design manual.
Q:What exactly is mechanical design?
Mechanical design (machine, design),According to the requirement of the mechanical structure, working principle, motion, force and energy transfer, the various parts of the material and shape size and lubrication methods for design, analysis and calculation and put it into specific description as a basis for the manufacturing process.
Q:Good mechanical design or good mechanical manufacturing?
The range of mechanical design and manufacturing involves relatively wide, including both mechanical manufacturing and automation;

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