• Concrete Pump Delivery Pipe With F/M Flange System 1
  • Concrete Pump Delivery Pipe With F/M Flange System 2
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  • Concrete Pump Delivery Pipe With F/M Flange System 4
Concrete Pump Delivery Pipe With F/M Flange

Concrete Pump Delivery Pipe With F/M Flange

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
20 pc
Supply Capability:
2000 pc/month

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Concrete Pump Delivery Pipe with F/M Flange


1.   Structure of Concrete Pump Delivery Pipe with F/M Flange:

 

St52 Weld Pipe: Main use for Trailer-mounted pump, thickness has 4.0mm, 4.5mm, 5mm. Compare with for Truck-mounted pump. Weld pipe has cheaper price, so it is popular in Saudi, Pakistan, India, etc. Unit Price is about 30USD-33USD.

 

St52 Seamless Pipe: Now More People like use this kind for Truck Pump and Trailer Pump because of the quality is better and it is seamless kind, so this kind pipe is most popular in Middle East Price About 34USD-37USD.

 

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.

 

Two Wall Pipe: This pipe thickness (2mm+2.5mm), Using Life about 50,000m³-60,000m³

 

 2.   Main Features of Concrete Pump Delivery Pipe with F/M Flange:

 

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

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

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

 

3.  Concrete Pump Delivery Pipe with F/M Flange Images:

 

Concrete Pump Delivery Pipe With F/M Flange

Concrete Pump Delivery Pipe With F/M Flange

Concrete Pump Delivery Pipe With F/M Flange


4.  Concrete Pump Delivery Pipe with F/M Flange 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 
 
 
 

 

Name

Data

Material

45MN2/20#/16MN/Q345

Thickness

According to customer requirements

Color

red, white , etc.

Using life

20.000m³-80.000m³

Weight

43kg,48kg,69kg

Length

1-6m,  according to customer requirements

Model

DN125,DN150

Flange

SK/ ZX /FM flange

Painting

Electrostatic Spraying Epoxy Paint

Welding

Smooth welding between straight pipes and flanges

Process

High temperature quenching

HRC

65

 

 

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.

 

 


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: Are they usually steel 45? Under what circumstances do you need special treatment? Such as conditioning? Seek great God pointing! Be deeply grateful!
If you pay attention, you will find that the country with the largest amount of steel, steel, steel and other materials is a low cost Q235 material, followed by Q345 and other materials, only in the shaft parts of important requirements, has high hardness and comprehensive strength, it needs conditioning, with 45 steel quenched and tempered steel or 40Cr like the.
Q: How to design the power assisted robot, mechanical structure and pneumatic part, please point out, thank you!
Professional production, you can go to understand, draw on for reference
Q: Why do the design of mechanical parts (flanges and elbows) be based on the yield limit?
Hello friends, usually to do the experiment to the material ontology; have tensile, bending, impact, flattening, flaring, cyclamic, normal temperature test 20 degrees Celsius, is 20 degrees Celsius, minus 20 degrees Celsius, the test to the material, to be determined after completion of the test material meets the design requirements. Is the so-called (to yield limit for design basis?)
Q: What are the main principles of mechanical principles and mechanical parts design?
7. part surface quality requirements and corrosion protection requirements;8. cost factors;......There are many other factors.
Q: Before listening to the teacher mentioned that, when the design of components, we should take into account the actual processing capacity of the factory, and some look very simple things, the factory is unable to process! I want to know what the reason is!!!
There should be a lot of things. For example, the processing capacity of the equipment is only 1000mm, and the things you design have 1100mm, so the existing equipment can not be processed. For example, the surface roughness you require is Ra0.2, and the machining accuracy of your equipment can only be Ra0.8. That's more than the processing capacity of the equipment. And some things are processing problems, for example, you design things outside the small hole, there is a big hole inside, your device does not have this function.Think of these kinds of things for the time being.
Q: University contact with some simple PLC, ladder diagram, but also to understand.I University of mechanical manufacturing, graduate students made a machine tool parts, mechanical design, University contact with some simple PLC, ladder diagram, but also to understand. Now work in contact with CNC machine tools, want to learn some numerical control system, electrical knowledge, to the job after adding some capital. Online to find some 840D information, that means too hard to see, what NCU, PCU, wiring, address completely do not understand. How do I study?
Can go to the direction of mechanical and electrical integration, good use of their own advantages. These do not understand, you can find under the internet.
Q: Good mechanical design or good mechanical manufacturing?
The range of mechanical design and manufacturing involves relatively wide, including both mechanical manufacturing and automation;
Q: What kind of software is used in the design of machine parts?
Mechanical parts design, using UG. SolidWorks is not recommended. It's easy to learn, but not powerful.
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

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