EN 10216-1 P235TR2 Manufacturers & Suppliers in India

Tricon Steel & Alloys is a leading supplier and manufacturer of EN 10216-1 P235TR2 tubes, catering to diverse industries. From chemical processing and petrochemicals to pharmaceuticals and beyond, these tubes epitomise reliability and resilience in crucial applications, making them the preferred choice.

EN 10216-1 P235TR2 is a European standard specification for seamless steel tubes used primarily in pressure applications. These tubes are characterised by their high strength, durability, and resistance to corrosion, making them suitable for a wide range of industrial uses.

Table Of Content

What is EN 10216-1 P235TR2 Pipe
EN 10216-1 P235TR2 Pipe Equivalent Material
EN 10216-1 P235TR2 Pipe Chemical Composition
EN 10216-1 P235TR2 Pipe Mechanical Properties
Types Of EN 10216-1 P235TR2 Pipe
Application Industries Of EN 10216-1 P235TR2 Pipe

Features of EN 10216-1 P235TR2 tubes are their excellent mechanical properties, including high tensile strength and toughness, which make them capable of withstanding high-pressure environments. These tubes exhibit good weldability and formability, allowing for ease of fabrication and installation in various applications.

These tubes find extensive applications across different industries, including chemical processing, petrochemicals, power generation, and mechanical engineering. EN 10216-1 P235TR2 tubes are commonly used in chemical processing plants for transporting corrosive fluids and gases at elevated temperatures and pressures. In the petrochemical industry, they are utilised in refineries and oil rigs for conveying oil, gas, and other hydrocarbons under demanding conditions. Moreover, in power generation facilities, these tubes serve in boilers, heat exchangers, and steam pipelines, where they endure high temperatures and pressures.

EN 10216-1 P235TR2 tubes undergo rigorous testing to ensure their quality and reliability. Common tests conducted on these tubes include non-destructive testing methods such as ultrasonic testing, radiographic testing, and eddy current testing to detect any defects or irregularities in the material. Additionally, mechanical tests such as tensile, hardness, and impact testing are performed to assess the tubes' mechanical properties and performance under various conditions. Chemical analysis is also conducted to verify the composition of the steel and ensure it meets the specified requirements of the EN 10216-1 standard.

EN 10216-1 P235TR2 Pipe Manufacturing Process

The Rolling and Welding Stage

To begin our process, we first need to go through the rolling and welding stage. The EN 10253-1/2 is placed through a checking process and cut at the edges in this stage.

Cleaning and Warming Stage

The rolled EN 10216-1 P235TR2 Pipe thus manufactured are cut to the required lengths depending upon the industrial demand.

Cold-Drawing Stage

Sometimes, the required size isn’t obtained when the steel is brought through the mill directly. When using the cold-drawing process, the desired size is achieved when the pipes and tubing are coated with oxalic and soap solution and dragged over die plugs—the oxalic and soap solution help reduce friction when going through the cold cycle.

The Finishing Process

The final process is the finisher. Once the process of manufacturing EN 10216-1 P235TR2 Pipe and tubing is completed, you’ll now have to take them to a jet printer.

EN 10216-1 P235TR2 Pipe Equivalent Material

DIN	EN	BS	NFA	ASTM	ASME
–	EN 10216-1 Grade P235TR2	–	–	–	–

EN 10216-1 P235TR2 Pipe Chemical Composition

Steel grades	CHEMICAL COMPOSITION (LADLE ANALYSIS)
Steel grades	C% max	Si% max	Mn% max	P% max	S% max	Cr% max	Mo% max	Ni% max	Al. cał% min	Cu% max	Nb% max	Ti% max	V% max	Cr + Cu+ Mo +Ni % MAX
P195TR1	0,13	0,35	0,70	0,025	0,020	0,030	0,08	0,030	-	0,030	0,010	0,04	0,02	0,70
P195TR2	0,13	0,35	0,70	0,025	0,020	0,030	0,08	0,030	0,02	0,030	0,010	0,04	0,02	0,70
P235TR1	0,16	0,35	1,20	0,025	0,020	0,030	0,08	0,030	-	0,030	0,010	0,04	0,02	0,70
P235TR2	0,16	0,35	1,20	0,025	0,020	0,030	0,08	0,030	0,02	0,030	0,010	0,04	0,02	0,70
P265TR1	0,20	0,40	1,40	0,025	0,020	0,030	0,08	0,030	-	0,030	0,010	0,04	0,02	0,70
P265TR2	0,20	0,40	1,40	0,025	0,020	0,030	0,08	0,030	0,02	0,030	0,010	0,04	0,02	0,7

EN 10216-1 P235TR2 Pipe Mechanical Properties

Pipe types	Steel grades	Mechanical properties							Resilience
		Upper yield limit Re min for wall thickness T mm			Tensile strength Rm	Elongation A min			Minimum energy average absorbed KV J at the temperature of 0°C
		T<\=16	16<T<\=40	40<T<\=60					1		t
		MPa	MPa	MPa	MPa	1		t	0	-10		0
Line pipes P195TR1, P195TR2, P235TR1, P235TR2, P265TR1, P265TR2	P195TR1	195	185	175	320-440	27	25		-	-		-
	P195TR2	195	185	175	320-440	27	25		40	28		27
	P235TR1	235	225	215	360-500	25	23		-	-		-
	P235TR2	235	225	215	360-500	25	23		40	28		27
	P265TR1	265	255	245	410-570	21	19		-	-		-
	P265TR2	265	255	245	410-570	21	19		40	28		27

EN 10216-1 P235TR2 Pipe Technical Information

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