Agricultre Drive Shaft Special Shaped Steel Tubes

Short Description:

The special-shaped seamless steel pipe is a general term for seamless steel pipes with other cross-sectional shapes except round pipes. According to the different cross-sectional shapes and sizes of steel pipes, they can be divided into equal wall thickness special-shaped seamless steel pipes (code D), unequal wall thickness special-shaped seamless steel pipes (code BD) and variable diameter special-shaped seamless steel pipes (code BJ).


Product Detail

Product Tags

Product Introduction

The special-shaped steel pipe can better adapt to the particularity of service conditions, save metal and improve the labor productivity of parts manufacturing. It is widely used in aviation, automobile, shipbuilding, mining machinery, agricultural machinery, construction, textile and boiler manufacturing. Cold drawing, electric welding, extrusion, hot rolling and so on are the methods to produce special-shaped pipes, among which the cold drawing method has been widely used.

Product Display

Drive-Shaft-Agriculture-Pto-Shaft-Lemon-steel-Pipe-arch-shaped-steel-tube
Drive-Shaft-Lemon-Tubing
Agriulture-Drive-Shaft-Triangular-Steel-Tube

Molding Method

Profiled steel pipes, profiled steel pipes are formed by bending, which is commonly known as bending. There are two types of bending of special-shaped steel pipes, one is true bending and the other is empty bending.

It is a two-way process that the real curved square pipe is compacted, and then the curved bending, the inner and outer walls of the inner and outer roller tubes and the special-shaped steel pipes are compacted. The advantage of the true bending of rectangular pipes is that the solid bending will be relatively small, and a more accurate angle of profiled steel pipes can be formed as long as the roll type is used accurately and the internal rebound steel pipe is formed accurately in the production time.

The instant bending has certain disadvantages. The main stretching time will cause the steel pipe to become thin. The real bending will cause the rectangular pipe to bend. The stretching bending of agricultural products will cause the length of the bending curve in the length direction of the special-shaped steel pipe to become shorter, and the metal content will be reduced due to the stretching.

In the production of empty bending rectangular pipes, the external rollers and the outer walls of square and special-shaped steel pipes, and the metal bending, the bending curve of the steel pipe will produce certain compression, so the compression effect, the longitudinal variable length zigzag line, and the metal bent by the rectangular pipe will become thick air bending, compression or thickening effect.

These two production methods, the two basic methods of rectangular pipe production and square and special-shaped steel pipe forming, and the appropriate process configuration is selected according to the needs of different products. It should be noted that when stretched and compressed, the impression on the product quality, or the deformation of the square and rectangular tubes.

GB/T 3094 Cold Drawn Shaped Steel Tubes

GB/T 3094 Cold drawn shaped steel tubes
10#,20#,35#,45#, Q345
ASTM A500/A500M Standard Specification for Cold-Formed Welded and Seamless Carbon Steel Structural Tubing in Rounds and Shapes
Grade A,Grade B, Grade C, Grade D
ASTM A501/A501M Hot-Formed Welded and Seamless Carbon Steel Structural Tubing
Grade A, Grade B

Material: 10#
Equivalent Material: 1010, St35.8, P235TR1, P235TR2
Material: 20
Equivalent Material: 1020, St45.8, P265GH, SA106B
Material: 45
Equivalent Material: 1045, C45E
Material: Q345
Equivalent Material: St52, E355, Q355B

Chemistry Composition

 

C, %

Si, %

Mn, %

P, %

S, %

Cr, %

Ni, %

Cu, %

10#

0.07-0.13

0.17-0.37

0.35-0.65

0.025 max

0.025 max

0.15 max

0.30 max

0.25 max

 

C, %

Si, %

Mn, %

P, %

S, %

Cr, %

Ni, %

Cu, %

20#

0.17-0.23

0.17-0.37

0.35-0.65

0.025 max

0.025 max

0.25 max

0.30 max

0.25 max

 

C, %

Si, %

Mn, %

P, %

S, %

Cr, %

Ni, %

Cu, %

45#

0.42-0.50

0.17-0.37

0.50-0.80

0.025 max

0.025 max

0.25 max

0.30 max

0.25 max

 

C, %

Si, %

Mn, %

P, %

S, %

Cr, %

Ni, %

Cu, %

Q345

0.24 max

0.55 max

1.60 max

0.025 max

0.025 max

0.30 max

0.30 max

0.40 max


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