Carbon Steel Precision Tubes


Carbon Steel Precision Tubes
for Hydraulic Line Service

The carbon steel precision tubes for hydraulic line service are classed according to the working pressure, appropriate standard and manufacturing process. The most common classes of line service items are abstracted and listed below.

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Carbon Steel Precision Tubes

Name Class of Working Pressure Symbol of Standard Manufacturing Process
Precision carbon steel tubes for hydraulic line service Under 210 kgf/cm² OST 2 S-C
Under 100 kgf/cm² OST 1

S-C
E-C


Standard length of pipe is 4 mtrs. and sold by weight.

When ordering, please specify the following points.

1. Working Pressure 2. Outside diameter 3. Thickness

 

How to order : CODE
  Pipe, carbon steel, OST - 2, OUTSIDE DIAM mm, THICKNESS mm, LENGTH mtr

OST-2 Standard Length 4 mtrs Unit Per Lgh
CODE Outside
Dia. mm

Thickness
mm

CODE Outside
Dia. mm
Thickness
mm
71 07 01 4 1.0 71 07 19  16 1.5
02 6 1.0 02  16 2.0
03 6 1.5 21  18 1.5
04 8 1.0 22 18 2.0
05 8 1.5 23 18 2.5
71 07 06 8 2.0 71 07 24 20 2.0
07 10 1.0 25 20 2.5
08 10 1.2 26 20 3.0
09 10 1.5 27 22 2.0
10 10 2.0 28 22 3.0
71 07 11 12 10 71 07 29 25 2.0
12 12 1.2 30 25 2.5
13 12 1.5 31 25 3.0
14 12 2.0 32 28 2.5
15 15 1.2 33 30 2.5
71 07 16 15 1.5 71 07 34 35 2.5
17 15 2.0 35 35 4.0
18 15 2.5 36 42 4.0

Carbon Steel Tubing Overview for Commercial & Industrial Projects

😋 FUN FACTS 😋

Carbon steel is a steel alloy - carbon and iron.
The high carbon content is responsible for carbon steel's dark colour.

The Best Ways to Use Carbon Steel Tubing

1. ENGINEERING AND CONSTRUCTION

Steel scaffolding is the construction industry standard since it can easily support workers and heavy equipment. With no nuts and bolts required, assembly is quick and easy. 

It is used in building foundations because of its high strength.

It is also highly resistant to the shock and vibration of traffic, making it ideal for infrastructure under roads.

Carbon steel tube is resistant to corrosion, meaning it can transport:

  • Water and wastewater
  • Sewage
  • Oil and gas

2. PRESSURE

You've already heard about the strength, but it's also elasticity and ductility that makes carbon steel tubes perfect for high pressure applications. Under stress, they can bend further without breaking. Mild steel is the most ductile carbon steel due to its low carbon content.

Carbon steel tube is popular for use in chemical processing. A sturdy steel is necessary when petrochemical producers convert intermediates into a large variety of chemical derivatives.

You'll also see this steel in the commercial fire and water boiler sector. Carbon steel tubes are built for use in high-pressure (HP) heaters. They're used for boiler and condenser tubes, and to transport steam. What a metal.

Sprinkler systems and other high-heat, low-temp, high-pressure applications benefit from the sturdiness of carbon steel.

In these industries, part failure often ends painfully for someone nearby. Carbon steel tubing ensures steam, pressurized gases, and other fluids get where they need to go efficiently and safely.

In many engineering applications, looks are irrelevant - it's what's on the inside that counts. Carbon steel tubing is the cost-effective, durable, and versatile, so it's little wonder it's perfect for many industrial and commercial applications.

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Chuan Kok

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