Manufacturer of BS EN 10208 Round Pipe in India
En 10208-2 Seamless Pipes
BS EN 10208 Pipe
UNI EN 10208-2 Material
- Standard Specification of En 10208-2 Seamless Pipes
- Pn-en 10208-2 Tubing Chemical analysis
- Various Types of BS EN 10208 Pipe
- Density of UNI EN 10208-2 Material
- Mechanical Properties of Pn-en 10208-2 Seamless Pipe
- REn-10208-1 Steel Pipes Elastic modulus
- Din En 10208-2 Pipe Coefficient of thermal expansion
BS EN 10208 Pipes & En-10208-1 – Steel Pipes Supplier in Mumbai, Check Specification
1
Size
5-1219.27mm
2
O.D.
4-60mm
3
Schedule
SCH5s-SCH160, XSS
4
Length
Standard & Cut length Pipe, Double Random, Single Random
5
Form
Coiled, Hollow, Rectangular, Pan Cake Coils, Pipes, Square, Hydraulic, Straight, Round, “U” Shape
6
Types
CEW, Fabricated, Welded, Seamless, EFW, ERW, CDW, DOM
7
Uni EN 10208-2 Material Swg & Bwgs
16 Swg., 14 Swg., 18 Swg., 10 Swg., 12 Swg., 20 Swg.
8
En-10208-2 Non-alloy Welded Tube End
Beveled End, Plain End, Treaded Pipe, Screwed ends
9
En 10208-2 Seamless Pipes Marking
test temperature, Thickness, Manufacturers logo, Heat treatment, Impact, Length, End finish, Grade and type, Standard, OD, Weight
10
UNI EN 10208-2 Material Inspection Checklist
Visual inspection, Chemical test, Non destructive test, Third party inspection, Mechanical test, Flaring Test, Nabl approved lab test, PMI test, Destructive test
Wide Stock of Uni EN 10208-2 Material in Mumbai Warehouse, Refer Chemical
0.4
Manganese
0.17
Carbon
0.035
Sulfur
0.04
Phosphorus
0.45
Silicon
En-10208-1 – Steel Pipes
Uni En 10208-2 Seamless Tubing
En-10208-2 Non-alloy Tube
Din En 10208-2 Pipe
Pn-en 10208-2 Tubing
Msz En 10208-2 Welded Tube
En 10208-2 ERW Pipe
Pn-en 10208-2 Seamless Pipe
Density of En-10208-2 Non-alloy Welded Tube, Distributer of UNI EN 10208-2 Material in India
| Density | 7.85 g/cm³ at 20 °C |
|---|
View Mechanical Properties of Pn-en 10208-2 Seamless Pipe & Msz En 10208-2 Tube
370 – 490 MPa
Tensile Strength
240 MPa
Yeild Strength
24 %
Elongation
0.85
Permissible yield point ratio
| Elastic modulus | 217 GPa at -100 °C |
|---|
| Coefficient of thermal expansion | 1.08E-5 1/K at -100 °C |
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