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Honing/skiving and roller burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube
- Internal Diameter Accuracy : F8
- Internal Roughness : max Ra0.2μm
- Straightness: 1-1.2/1000mm
- Standard Length : 3M~11M
- Internal Diameter : 18Ø~ 300Ø
- Steel Grade : EN 1.0580, E355, JIS STKM13C, DIN ST52, SAE1020 Other specification can be supplied upon request. (Max ID: 1000mm)
Honing/skiving and roller burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube and Chrome Tubing is precision cold drawn. Golden Asia improves upon the work with our own precision honing/skiving and roller burnishing, and then does chrome layer inside. Material of Honing/skiving and roller burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube and Chrome Tubing include EN 1.0580, E355, JIS STKM13C, DIN ST52, SAE1020
Honing/skiving and roller burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube and Chrome Tubing can be used in pneumatic machinery, food machinery, or humid environment where is easier to cause rust
Tolerance of Honing/Skiving and Roller Burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube and Chrome Tubing
Grade of tolerance Dia mm Φ |
F |
---|---|
F8 | |
3mm | +0.020 0 |
3mm-6mm | +0.028 0 |
6mm-10mm | +0.035 0 |
10mm-18mm | +0.043 0 |
18mm-30mm | +0.053 0 |
30mm-50mm | +0.064 0 |
50mm-80mm | +0.076 0 |
80mm-120mm | +0.090 0 |
120mm-180mm | +0.106 0 |
180mm-250mm | +0.122 0 |
250mm-315mm | +0.137 0 |
315mm-400mm | +0.151 0 |
400mm-500mm | +0.165 0 |
(unit)µ=0.001mm
Honing/Skiving and Roller Burnishing Seamless Steel Pipe (ID Hard Chrome), Pneumatic Cylinder Tube, Pneumatic Cylinder Tubing, Hydraulic Cylinder Tube and Chrome Tubing
Chemical Analysis & Mechanical Properties
Spec. | Kind | Mark | Manuf | Chemical Composition% | Induction | Tensile Test | Bend Test Flattening Test | |||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
C | Si | Mn | P | S | Tensile (N/mm²) |
Yield (N/mm²) |
ELOVG(%) | Bend Angle |
Inside Radius |
Outside Radius |
||||||
Test Piece 11th 12 th L |
5 th Test Piece V |
|||||||||||||||
13A | STKM13A | S E |
0.25> | 0.35> | 0.30 | 0.90 |
0.040 Under |
0.040 Under |
380 | 220 | 30 | 25 | 90 | 6D | 2/3D | ||
13B | STKM13B | 450 | 310 | 20 | 15 | 90 | 6D | 3/4D | ||||||||
13C | STKM13C | 520 | 390 | 15 | 10 | - | - | - |
Formula of Pipe Wall Thickness Pressure Resistant Gauge
t = P. D. / 200 S
t = Wall Thickness (mm)
P = The Largest Pressure (Kg/cm²)
D = Steel Pipe Inside Diameter (mm)
S = σ / 5 Kg / mm²
σ = The Lowest Numerical Value of Tensile (Kg/mm²)