Low Temperature Carbon Steel A333 Gr 10 Pipe Manufacturer and Supplier in Canberra, Australia

Low Temperature Carbon Steel A333 Gr 10 Pipe

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Travis Steel is a reputable manufacturer and supplier located in Canberra, Australia, focusing on **Low Temperature Carbon Steel A333 Gr 10 Pipes**. These pipes are specifically engineered for high-performance use in both sub-zero and high-pressure settings. They’re built to deliver outstanding toughness, durability, and resistance to brittle fracture, ensuring safe and reliable operation even in the most extreme conditions. Travis Steel prides itself on precision manufacturing, consistent quality, and strict adherence to international standards. A333 Gr 10 Pipes are known for their high strength, precise dimensions, and leak-proof performance, making them perfect for industries like oil and gas, petrochemical, cryogenics, and power generation, where safety and long-term reliability are paramount.

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ASME SA333 Grade 10 Carbon Steel ERW Pipes

Gr 10 Low Temperature Carbon Steel Pipe

LTCS ASTM A333 Gr 10 Schedule Pipes

What is Low Temperature Carbon Steel A333 Gr 10 Pipe?

These Low Temperature Carbon Steel A333 Gr 10 Pipes are made from a blend of carbon, manganese, phosphorus, sulfur, and trace alloying elements, all aimed at enhancing ductility and toughness in low-temperature environments. They boast a minimum yield strength of around 255 MPa and a tensile strength that ranges from 455 to 615 MPa. Manufactured according to ASTM standards, these pipes are recognized for their excellent weldability, impact resistance, and structural integrity. Their fine-grained microstructure and controlled thermomechanical processing guarantee reliable performance and durability in demanding industrial applications under extreme conditions.

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Low Temperature Carbon Steel A333 Gr 10 Pipe Specification

Specifications	ASTM A 333, ASME SA 333
Size Range	1/2” NB to 36” NB
Wall Thickness	2.0mm-14 mm
Schedules	SCH 40, SCH 80, SCH 160, SCH XS, SCH XXS, All Schedules
Type	Seamless / Welded
Length	max 16000mm
Outer Dimensions	19.05mm-114.3mm
Grade	Grade 10

Low Temperature Carbon Steel A333 Gr 10 Pipe Chemical Composition

Compositions	Data
Carbon(max.)	0.2
Manganese	1.15-1.50
Phosphorus(max.)	0.03
Sulfur(max.)	0.015
Silicon	0.10-0.35
Nickel	≤0.25
Chromium	≤0.015
Other Elements	…

Low Temperature Carbon Steel A333 Gr 10 Pipe Mechanical Properties

Properties	Data
Tensile strength, min, (MPa)	≥550Mpa
Yield strength, min, (MPa)	≥450 Mpa
Elongation, min, (%), L/T	≥22

If You Are Looking To Buy High Quality Pipes, Sheet, Fittings and Flanges

We provide products that come with both mill test certificates and third-party test certificates, ensuring the highest standards of quality and compliance.

Top Manufacturer and Supplier of Low Temperature Carbon Steel A333 Gr 10 Pipe in Canberra, Australia

Travis Steel is a leading supplier of high-quality Low Temperature Carbon Steel A333 Gr 10 Pipe products in Canberra, Australia. We focus on steel solutions and offer a variety of products. This includes Carbon Steel, Alloy Steel, Mild Steel, and Galvanized Steel. Our products are Pipes, Tubes, Flanges, Pipe Fittings, Forged Fittings, Sheets, and Plates. We are known for our good delivery and excellent customer care. We aim to provide strong and durable steel materials for many industrial uses. We work hard to meet high standards, making us a trusted partner for your steel needs.

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Uses of Low Temperature Carbon Steel A333 Gr 10 Pipe

A333 Gr 10 Pipes are widely utilized in sectors where strength, toughness, and reliability at low temperatures are crucial. Common applications include LNG and cryogenic pipelines, oil and gas transportation and processing facilities, chemical plants, and power generation systems. They’re also employed in pressure vessels, heat exchangers, and industrial piping networks that operate in sub-zero conditions. A333 Gr 10 Pipes ensure secure, leak-proof connections, reduce maintenance needs, and promote long-term operational efficiency, making them ideal for critical industrial applications exposed to extreme temperatures and high-pressure environments.