A178 Kesselrohr vs. A192 Kesselrohr. Unterschied zwischen A192 und A178 Rohr

Wenn es um die Auswahl des richtigen Kesselrohrs für Ihr Projekt geht, Es gibt mehrere Faktoren zu berücksichtigen. Zwei der am häufigsten verwendeten Kesselrohre sind das Kesselrohr A178 und das Kesselrohr A192. Beide Rohre können für Kesselsysteme und andere Anwendungen verwendet werden, they have several key differences that should be noted. In diesem Artikel, we’ll explore the similarities and differences between A178 boiler pipe and A192 boiler pipe, and provide an overview of their applications and key features.

Similarities

A178 boiler pipe and A192 boiler pipe are both made from carbon steel and are generally used for high-pressure boiler systems and other piping applications. Both pipe types are seamless and are produced using a hot finishing process. They are also both pressure rated and non-ferrous.

Differences

The major differences between A178 boiler pipe and A192 boiler pipe come down to the chemical composition, mechanische Eigenschaften, and yield strength.

A192 and A178 boiler pipes are both commonly used boiler pipes used in the construction of boilers. Both are used in high pressure applications, but there are a few differences between the two.

A192 Kesselrohr

A192 boiler pipe is made from a low carbon steel and is typically used for high pressure applications in boilers. This type of pipe is often used in power plant construction, as well as in the production of superheated steam for steam turbines. It is also used in other applications where high pressure is required, such as in the production of air conditioning and refrigeration systems.

The most common grade of A192 boiler pipe is A192 Grade B7. This grade of pipe is produced according to the ASTM A192 specification and is made from a low carbon steel. It is heat-treated and tempered to the required hardness. The pipe is designed to have a minimum yield strength of 35,000 psi und eine Mindestzugfestigkeit von 60,000 PSI.

A192 boiler pipe is available in a variety of sizes and wall thicknesses, ranging from ½ inch to 12 Zoll im Durchmesser. This type of pipe is generally used in high pressure applications and is not suitable for use in low pressure applications.

A178 boiler pipe

The comparison between A178 boiler pipe and A192 boiler pipe is an important factor to consider when selecting the type of material for boiler applications. Boiler pipes are used in the construction of boilers, which are used to generate steam for power production, and in the processing of various liquids and gases. Boiler pipes are made from a variety of materials, each having its own specific properties and characteristics that make it suitable for a particular application. A178 and A192 are two of the most commonly used materials for boiler pipes.

A178 boiler pipe is a carbon steel alloy made with 0.06-0.18% KOHLENSTOFF, 0.27-0.63% Mangan, 0.035% Phosphor, 0.04% Schwefel, 0.15-0.35% Silizium, and up to 0.40% Molybdän. A178 boiler pipe is typically used in low or medium pressure boiler systems, as well as in fire-tube and water-tube boiler systems. Its strength and malleability makes A178 boiler pipe ideal for welding and bending into desired shapes. A178 boiler pipe is available in both hot.

A192 Boiler Pipe Chemical composition

A178 boiler pipe Sizes & Dicken

The tubing sizes and thicknesses usually furnished to ASTM A178 are 1/2″ to 5″ [12.7 mm 127 mm] in outside diameter and 0.035″ to 0.320″ [0.9 mm 9.1 mm], inklusive, in minimum wall thickness. Tubing having other dimensions may be furnished, provided such tubes comply with all other requirements of ASTM A178/ ASME SA-178.

A178 boiler pipe Chemical Composition Requirements

*All composition values are in %.

A178 boiler pipeMechanical Properties

*T. S.: Zugfestigkeit; *Y.S.: Streckgrenze; *EL.: DEHNUNG.