JIS G3455 Pipe

JIS G3455

JIS G3455 is a standard specification developed by the Japan Industry Commission for seamless carbon steel tubes for high pressure service at a maximum temperature of approximately 350 ° C. pandapipe manufactures high quality seamless steel pipes with high pressure and high temperature resistance in strict accordance with the standards. It has passed strict manufacturing process and quality testing, and supports three-party inspection to provide the best solution for your project.

JIS G3455 Seamless Pipe Specifications

JIS G3455 steel pipe manufactured by Pandapipe has a very comprehensive specification. Pandapipe not only provides you with polishing, blackening, oiling, hot dip galvanizing and other surface treatment processing services. There are also a variety of end types, combined methods and pipe finishing available to ensure that your project is carried out perfectly.

Standard	JIS G 3455
Procedure	SMLS
Dimensions	10.3mm – 660.4mm
	1/8″ – 26″
	DN6 – DN650
Thickness	1.7mm – 64.2mm
	SCH 40 – SCH 160
Unit Length	6 meters, 12 meters or customized.
Steel Grade	JIS G 3455 STS370	JIS G 3455 STS410	JIS G 3455 STS470
Surface Coating	Varnishing, Black, Oiling, Hot Dip Galvanizing
End Type	Square cut, Bevelled, Threaded, Grooved
Joint Method	Fitting, Flange, Coupling, Clamp, Pipe Shoulder, Welding
Pipe Machining	Welding, Bending, Hole Drilling, Punching, Swaging, Tapering, Flaring, Expanding

JIS G3455 Standard Steel Grades

JIS G3455 STS370

JIS G3455 STS370 steel pipe has a minimum yield strength of 370MPa. It is suitable for moderate strength applications such as chemical equipment, oil and gas transmission pipelines, and building structures.

JIS G3455 STS410

JIS G3455 STS410 steel pipe has a minimum yield strength of 410MPa. It is suitable for applications with high pressure requirements such as shipbuilding and machinery manufacturing.

JIS G3455 STS480

JIS G3455 STS480 steel pipe has a minimum yield strength of 480MPa. It is suitable for applications requiring high pressure and high strength. For example, major load-bearing structures and high-pressure transmission pipelines.

Chemical Requirements of JIS G3455

The seamless carbon steel tubes manufactured by Pandapipe strictly comply with the chemical composition requirements set out in JIS G3455 standard. Strict proportional control of chemical elements such as carbon, manganese, phosphorus, sulfur and silicon, the precise chemical composition enhances the mechanical properties of the pipeline, ensuring its durability and resistance to high pressure and high temperature.

Chemical Composition Unit:%
Designation of Grade	C	Si	Mn	P	S
STS370	0.25 max.	0.10 to 0.35	0.30 to 1.10	0.035 max.	0.035 max.
STS410	0.30 max.	0.10 to 0.35	0.30 to 1.40	0.035 max.	0.035 max.
STS480	0.33 max.	0.10 to 0.35	0.30 to 1.50	0.035 max.	0.035 max.
Other alloy elements than those given in this table may be added as required.

Mechanical Requirements of JIS G3455

The mechanical properties of Pandapipe tubes cover yield strength, tensile strength and elongation. The different grades of steel ensure that the pipes produced can withstand different levels of pressure and temperature. A professional team will provide you with the option to select the grade that best suits your specific application.

Mechanical Properties
Designation of Grade	Tensile StrengthN/mm2	Yield Point or Proof Stress N/mm2	Elongation %
			Test pieces No.11 Test pieces No.12	Test pieces No.5	Test pieces No.4
			Parallel to pipe axis	Perpendicular to pipe axis	Parallel to pipe axis	Perpendicular to pipe axis
STS370	370 min.	215 min.	30 min.	25 min.	28 min.	23 min.
STS410	410 min.	245 min.	25 min.	20 min.	24 min.	19 min.
STS480	480 min.	275 min.	25 min.	20 min.	22 min.	17 min.
NOTE: 1 N/mm2=1 MPa

Application of JIS G3455

Marine and offshore engineering: mainly used in ship structures, offshore oil platforms and wind power platform pipeline systems.
Mechanical manufacturing and engineering equipment: JIS G3455 seamless carbon steel pipe is mainly used in the manufacture of gear and drive shaft and other parts, as well as support systems.
Building and structural engineering: mainly used for bearing beam, column bearing structure, bridge, tower and other structure support system, etc.