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EN 10294-1 Grade E275 Pipes

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EN 10294-1 Grade E275 Pipes Specification

Flexibility
Rigid

Tensile Strength
430-580 MPa

Connection Type
Plain / Beveled / Threaded (on request)

Tolerance
As per EN 10294-1 standard requirements

Bend Radius
Not applicable for pipes

Coating Type
Black Painted / Oiled / Bare

Thread Type
As per customer specification (on request only)

Yield Strength
275 MPa Min

Diameter
21.3 mm to 711 mm

Temperature Range
-20C to 200C

Product Type
Seamless Hollow Bars / Pipes

Material
Carbon Steel

Connection
Plain End / Beveled End

Shape
Round

Standard
EN 10294-1

Surface Treatment
Black, Bare, or as required

Outer Diameter
21.3 mm to 711 mm

Section Shape
Circular

Length
Random, Fixed, Double Random (5-12 meters or as required)

Thickness
Customizable; typically 2 mm to 100 mm

Color
Black or natural

Usage
Engineering, Mechanical, Machining, Structural applications

Rated Pressure
As per design requirements

Application
Machining, Mechanical engineering, Construction

Material Grade
E275

About EN 10294-1 Grade E275 Pipes

What Are Specification EN 10294-1 Grade E275 Pipes?

EN 10294-1 Grade E275 Carbon Steel Square bar size	4 to 100mm
EN 10294-1 Grade E275 Carbon Steel Hollow Bar	32mm OD x 16mm ID to 250mm OD x 200mm ID)
EN 10294-1 Gr E275 Hex Bar size	2-100mm A/F
EN 10294-1 Gr E275 Angle bar size	3mm20mm20mm~12mm100mm100mm
EN 10294-1 Grade E275 Carbon Steel Rectangles Size	33 x 30mm to 295 x 1066mm
EN 10294-1 Gr E275 Flat bar size	Thickness: 2 -100mm
EN 10294-1 Gr E275 Flat bar size	Width: 10 to 500mm
Carbon EN 10294-1 Grade E275 Steel Channel Bar	80 x 40mm to 150 x 75mm section; 5.0 to 6.0mm thickness
EN 10294-1 Grade E275 Carbon Steel Section	3.0 to 12.0mm thickness
EN 10294-1 Gr E275 Round bar size	Diameter: 3-~800mm
Steel Grade E275 Billet Size	1/2" to 495mm Diameter
Carbon Steel EN 10294-1 E275 Surface	Bright, Hot Rolled Pickled, Cold Drawn, Sand Blasting Finished, Polished, Hairline
EN 10294-1 Grade E275 Carbon Steel Tolerance	H8, H9, H10, H11, H12, H13K9, K10, K11, K12 or as per clients requirements
EN 10294-1 Gr E275 Technique	Steel EN 10294-1 Grade E275 Hot Rolled, Cold Drawn, Cold Rolled, Forged Round Bar, Rod
Carbon Steel EN 10294-1 Grade E275 Condition	Hardened & tempered, annealed
Finish	Cold (bright) drawn, centreless ground, hot rolled, smooth turned, peeled, slit rolled edge, hot rolled annealed, Rough Turned, Bright, Polish, Grinding, Centreless Ground & Black
Form	Grade 38Mn6 Carbon Steel Round, Rod, T-Bar, Nickel Alloy Channel Bar, Precision Ground Bar, Nickel Alloy Flat Bar, Nickel Alloy Square Bar, Nickel Alloy Blocks, Nickel Alloy Round Rod, Nickel Alloy Rings, Nickel Alloy Hollow, Nickel Alloy Triangle, Rectangle, Hex (A/F), Nickel Alloy Threaded, Half Round Bar, Profiles, Nickel Alloy Billet, Nickel Alloy Ingot, I/H Bar, Forging etc.
Processing	Bar cutting to 650mm
Our EN 10294-1 Grade E275 Round bar conforms to NACE MR0175/ISO 15156

Equivalent material Of EN 10294-1 Grade E275 Pipes?

DIN	EN	BS	NFA	ASTM	ASME
	EN 10294-1 Grade E275

Chemical Composition Of EN 10294-1 Grade E275 Pipes?

Carbon	Silicon	Manganese	Phosphorous	Sulphur	Molybdenum	Nickel	Chromium	Copper	Others
max 0.21	max 0.35	max 1.40	0.045	0.045

Mechanical Properties Of EN 10294-1 Grade E275 Pipes?

Yield Strength		Tensile Strength			Elongation A5 min
MPa min	ksi min	MPa min	MPa min	ksi min	Percentage
		410			22

Precision Manufacturing and Quality Assurance

Grade E275 pipes are manufactured using a hot finished seamless process, ensuring a consistent wall thickness and superior structural integrity. Every tube is subjected to advanced non-destructive testing methodsultrasonic, eddy current, and hydrostaticto guarantee reliability and compliance with EN 10294-1 standards. Pipes are marked individually and offered in various finishes to meet diverse engineering needs.

Versatility in Design and Application

EN 10294-1 E275 pipes are highly adaptable for multiple sectors, including machining, mechanical engineering, and construction. Configurable in length (random, fixed, double random), surface treatment (black painted, bare, oiled), and end types, these pipes accommodate specific project requirements with ease. Their rigid design and high tensile strength make them suitable for demanding environments.

FAQs of EN 10294-1 Grade E275 Pipes:

Q: How are EN 10294-1 Grade E275 pipes manufactured?

A: These pipes are produced using a hot finished seamless method, which enhances structural integrity and ensures uniform wall thickness throughout each pipe. This process is in strict accordance with EN 10294-1 standards for high performance.

Q: What testing methods are used to ensure the quality of E275 pipes?

A: EN 10294-1 Grade E275 pipes undergo ultrasonic, eddy current, and hydrostatic testing. These non-destructive tests help detect internal and external flaws, ensuring each pipe meets stringent safety and reliability criteria.

Q: When should I specify the connection type for these pipes?

A: Connection type (plain, beveled, or threaded) should be specified during ordering. Threaded ends are available on request and are customized to the customers specification to meet particular project requirements.

Q: Where are EN 10294-1 Grade E275 pipes typically used?

A: These pipes are widely employed in engineering, mechanical, machining, and structural construction applications due to their strength, rigidity, and adaptability to various surface treatments and lengths.

Q: What are the benefits of using Grade E275 carbon steel pipes?

A: Grade E275 pipes offer a balance of tensile strength (430-580 MPa), reliable yield strength (minimum 275 MPa), and customized dimensions. They are suitable for operation in temperatures from -20C to 200C and provide proven durability and versatility for demanding environments.

Q: How can EN 10294-1 Grade E275 pipes be packaged for delivery?

A: Packaging options include loose, bundled, or special arrangements in accordance with customer requirements, allowing flexibility for transport and storage considerations.

Q: What is the typical surface treatment available for these pipes?

A: Surface treatments include black painted, oiled, or bare finishes. Customers may request specific coatings to suit their applications or protection needs.

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