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Boiler Pipe

Boiler pipes (or tubes) are specialized seamless steel tubes, manufactured from carbon or alloy steel, designed to withstand high pressure and temperatures to transfer steam, water, or hot gases. Primarily used in power generation, industrial boilers, and heat exchangers, they serve as crucial components in heating water and moving steam, frequently classified as medium or high-pressure types depending on their application.

Name
Detail
Product:
Seamless Boiler Pipe, Seamless Boiler Tube
Application:
Used for superheated pipelines, steam pipeline, boiling water tube
Size:
OD: 25-127mm
WT: 2-12mm
LENGTH: 5.8/6/11.8/12m
Pipe Standard:
ASTM A192 ASTM A179 ASTM A209 ASTM A210
JIS G3461 JIS G3462 JIS3463 DIN17175 EN 10216-2
A213 T5,T9,T11,T22,T91
Brand
Europe: Mannesman, Benteler Rohrwerk
India: Viraj
China: Various

Heat treatment methods applied in the boiler pipes

Heat treatment is a method of changing the physical properties of high pressure boiler pipe by heating and cooling. Heat treatment can improve the microstructure of high pressure boiler pipe, so as to meet the required physical requirements. Toughness, hardness and wear resistance are obtained by heat treatment. In order to obtain these characteristics, it is necessary to adopt quenching, annealing, tempering and surface hardening.

Quenching
Hardening, also called quenching, is that high pressure boiler pipe is heated evenly to the appropriate temperature, then quickly immerse in water or oil for rapid cooling, and cooling in the air or in the freezing zone. So that the high pressure boiler pipe can obtain the required hardness.

Tempering
High pressure boiler pipe will become brittle after hardening. And the stress caused by quenching can make the high pressure boiler pipe tapped and broken. The tempering method can be used to eliminate brittleness. Although the hardness of high pressure boiler pipe is lighter reduced, its the toughness can be increased to reduce the brittleness.

Annealing
Annealing is the method to eliminate the internal stress of high pressure boiler pipe. The annealing method is that the steel parts need to be heated to the critical temperature, then put in dry ash, lime, asbestos or closed in the furnace, then let it cooling slowly.
The basic method of rust removal

Cleaning
Using the solvent and emulsion to clean the surface of high pressure boiler pipe, so as to achieve the purpose of removing oil, grease, dust, lubricant and similar organic matter. But it cannot remove the dust, oxide skin, welding medicine and so on. So it is only as a supplementary method in the anti-corrosion production.

Tool
Tool rust removal mainly use wire brush and other tools to grind the surface of high pressure boiler pipe. It can remove loose or warping of the oxide skin, rust, welding slag and so on. Manual tool can reach SA2 level, power tool can reach SA3 level. If the iron oxide scale attached to the surface, it cannot reach the anchorage depth required by the anti-corrosion construction.

Acid cleaning
High pressure boiler pipe generally adopt chemical and electrolytic methods to do pickling treatment.

Spray rust removal
Spray rust removal cannot only remove rust, oxide and dirt completely, but also high pressure boiler pipe can achieve the required uniform roughness under the action of abrasive impact and friction force. Spay rust removal not only expand the physical adsorption on the surface of high pressure boiler pipe, but also enhance the mechanical adhesion between the anti corrosion layer and the pipe surface. So spray rust removal is ideal method of rust removing for pipeline corrosion.

For pricing, technical specifications, and availability of this product, please contact our sales team via email below. sales@pipvalcon.co.id