-
ASTM A209 and ASME SA209 boiler steel pipe
ASTM A209 and ASME SA209 outline the standards for several grades of seamless carbon-molybdenum alloy steel boiler and superheater tubes. This article discusses the specifics of ASTM A209 boiler steel pipes.
2024-06-27
-
Advantages and disadvantages of serpentine heat exchanger tubes
A serpentine heat exchanger is a straightforward piece of equipment that exchanges heat through the fluid medium inside its serpentine tubes. It's commonly used in industries such as chemical, light industry, and pharmaceuticals. This type of heat exchanger, one of the tubular varieties, features a heat transfer surface made of serpentine seamless steel pipes bent into cylindrical or flat shapes. Here are the main advantages and disadvantages.
2024-06-26
-
Thermal expansion coefficient of boiler tubes
The thermal expansion coefficient of boiler tubes is the ratio of the length change of the tubes per unit temperature change when they expand due to heat. This article discusses the factors influencing the thermal expansion coefficient of boiler tubes.
2024-06-26
-
Installation and maintenance of SSAW steel pipes
SSAW steel pipes are produced through a distinctive helical welding process, ensuring uniform thickness and exceptional strength. By following these installation and maintenance practices, the performance and lifespan of SSAW steel pipes can be optimized, ensuring they operate safely and efficiently in various applications. Read on to learn more.
2024-06-26
-
Selection and specification of SSAW steel pipes
SSAW (Spiral Submerged Arc Welded) steel pipes are created through a unique helical welding process, ensuring consistent thickness and exceptional strength. Their ability to withstand high-pressure applications makes them ideal for various industries. Below are key considerations for the selection and specification of SSAW steel pipes.
2024-06-26
-
How to prevent heat deformation of LSAW steel pipe?
Heat deformation in LSAW (Longitudinal Submerged Arc Welding) steel pipes can compromise their structural integrity and performance. To prevent heat deformation during manufacturing and subsequent use, several strategies can be employed.
2024-06-25
-
SSAW steel pipe anti-corrosion measures and procedures
SSAW (Spiral Submerged Arc Welding) steel pipes are widely used in various industries due to their strength and durability. However, to extend their service life and maintain their integrity, effective anti-corrosion measures must be implemented. Below are the key anti-corrosion measures and procedures for SSAW steel pipes.
2024-06-25
-
Heat treatment process of LSAW steel pipe
To ensure high quality and minimal deformation, the heat treatment process for LSAW steel pipes can be optimized. This article discusses the key steps and considerations in the heat treatment process for LSAW steel pipes.
2024-06-25
-
Corrosion insulation performance of SSAW steel pipe
Anti-corrosion insulation pipes combine the corrosion resistance of steel with excellent insulation properties. This article will talk about the corrosion insulation performance of SSAW steel pipe.
2024-06-25
-
Workshop design of large diameter LSAW steel pipe
This article will briefly introduce workshop design of large diameter LSAW steel pipe.
2024-06-24
-
Production process for large diameter LSAW welded pipe
Large diameter LSAW welded pipes are suitable for demanding applications in various industries. To make sure that large diameter LSAW welded pipes meet stringent quality and performance standards, comprehensive production process need to be guaranteed.
2024-06-24
-
Understanding LSAW steel pipe welds and weld quality
LSAW (Longitudinal Submerged Arc Welding) steel pipe welds refer to the joints formed by welding two steel plates together. The quality of these welds is crucial as it directly impacts the strength, sealing, and lifespan of the steel pipe.
2024-06-24