• Schwing Concrete Pump Parts DN125*R1000 Elbow Pipe System 1
Schwing Concrete Pump Parts DN125*R1000 Elbow Pipe

Schwing Concrete Pump Parts DN125*R1000 Elbow Pipe

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Product parameters:

Name

Material

Specification

Weight

Common life time

Life tine for two end parts

Max work

pressure

Normal bend

ZG40Mn2

DN125R27590°

16kgs

6000-8000m³

1000-3000m³

126 bar

Wear-resistant bend

Mn13-4

DN125R27590°

16.5kgs

20000-25000m³

2000-7000m³

132 bar

Twin wall bend

Cr20NiCu1Mo+G20

DN125R27590°

15kgs

60000-80000m³

20000-30000m³

91 bar

Twin wall bend

GX350+G20

DN125R27590°

15kgs

80000-150000m³

40000-50000m³

98 bar












Product Specifications Model:









Packaging and transport:

No.1 Export standard packing  

No.2 Seaworthy packing  

No.3 other ways or according to the customer demand








Why choose us:

1. We are a comprehensive manufacturing and trading company.

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

3. We have been specialized in producing concrete pump spare parts for 10 years 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.

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

5. 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.







Q: In the design of large machinery, it is to design the parts first, the assembly drawings as well
In the design of large machinery, it is to design the parts first, the assembly drawings as well
Q: What exactly is mechanical design?
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: Force calculation is in the component diagram, the size of the component is obtained by force, and if you don't draw the parts first, how do you draw the general plan?How do you calculate the force of a part if you draw the part diagram first and don't know the size relation between the parts?
Usually draw the general plan first, and then draw parts, parts drawing. This arrangement facilitates the arrangement of the overall layout of the designed device.For experienced designers, the key components are often designed first. Then the overall design is carried out around the key components.Experienced fitter often starts with parts.No matter where to start the design, the design process always emphasizes the function realization of the device, and then carries on the strength and the rigidity check. When the strength and stiffness are insufficient, return to the design origin and start the design again.
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: Write the XX in the code for the detail column of the assembly drawingThe company's standard clerk says that the standard number or pattern code can only be used in the code bar. The part XX of my presentation is a part of the assembly drawing, which is a non-standard part. I wonder what standard to fill in Is it the material standard? But the material, Q235B, has been written in the material column.
Agree upstairsYou write that part of your code ah, is their own parts produced by the company to write the parts of the drawing number, is the procurement of non-standard parts, the supplier to write the parts number.
Q: In mechanical design, what is the significance of drawing 3D drawings?.
Product design is to determine the shape of the product and product function, but also the decisionThe most important part of the product quality, the product design work on the cost of the product alsoPlay a vital role. With the continuous development of computers, CAD technology is consideredComputer aided design has become an indispensable tool for designers. CAD technology is moving from 2D CAD to 3D CAD.Three dimensional design software, engineering and productionAnalysis, calculation, geometry modeling, simulation and experiment, drawing graphics and engineering numbersAccording to library management, generate design documents and other functions. 3D CADTechnology was born toIt has been widely used in the fields of machinery, electronics, architecture, chemical engineering, aeronautics and AstronauticsAnd energy, transportation and other fields, the design efficiency of products has been improved rapidly. Our country CADTechnical research,Great progress has been made in development and popularization,Product designComplete two-dimensional CADThe popularization of technology has ended the history of hand drawing,It has played an obvious role in reducing the intensity of manual labor and improving the economic efficiency.Advantages of 3D design software2.1.1Solid modeling of parts2.1.2The product is easy to modify2.1.3Generating entity assembly drawingTwo point twomouldCAD/CAMIntegrated manufacturingTwo point threeMechanicsCAEFunction application
Q: including design originality, manufacturing process, drawing, processing technology, cost calculation, and function
Estimate is very suspended, needless to say, free of charge, that is, you go to buy, nor necessarily sell you. This is someone else's technical secret, it's not good to go inside for several years.
Q: their own materials, hope that the older generation can be under the guidance of the younger brother, brother, thank you very much
Knowledge of material knowledge of machine parts is usually required:1., first learn some basic knowledge, such as material mechanics, theoretical mechanics, metal materials, heat treatment, metallographic, hot processing, cold processing.2. then learn more about your work unit product. Technical data of main components, performances, requirements and common materials.3., online access to the same or similar industry related information.
Q: Mechanical design, hardness of the workpiece, how to determine, for example, in the drawings, technical requirements of the hardness value how to get?
1. the hardness of the workpiece should be determined to determine the hardness of the workpiece for the design according to the working conditions of the workpiece, such as linear bearings for the hard axis, because the shaft and ball contact stress, the equivalent of the bearing outer ring, so the hardness in 60-64HRC, which requires the use of accumulated experience, can also query the relevant information to obtain.2., because of the hardness requirements, so the need for reasonable material selection and heat treatment methods; or linear bearings used for hard shaft, it is necessary to choose the appropriate material Cr15, and the surface high-frequency quenching. Material can be used in the design manual to select materials, and heat treatment processes are required to refer to the Handbook of heat treatment processes.3., as designers, there is no need to be proficient in materials, knowledge, and heat treatment processes, but it should be understood that no mistakes should be made. For example, the choice of 2Cr13 as linear bearings with the hard shaft, that hardening is not to improve the hardness. Or choose the right material, but there is no corresponding heat treatment, the surface hardness is not guaranteed.
Q: In the process of mechanical design, those areas should be designed as fillet and when to design chamfer. These materials can be found in those places, and the title of the book is also OK. Thank you!
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.

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