LE BLOG DE TUSPIPE

Are you looking for the specifications of SA53 pipe? Or do you want to know how to select SA53 pipe that matches your project? What is the relationship between ASME SA53 and ASTM A53 pipe? Keep reading, and this article will answer your questions. ASME SA53 Pipe and ASTM A53 Pipe In modern industrial piping systems, SA 53 pipe has become the preferred material for oil and chemical, building structures, and general applications. Do you know the subtle differences between ASME SA53 pipes and ASTM A53 pipes? Although they share

What is A36 steel? A36 steel has become the benchmark material in the global structural engineering field due to its balanced performance and cost-effectiveness. As an international standard material, it is widely used in building structures and mechanical components due to its excellent machinability, weldability, and cost-effectiveness. ASTM Steel Standard – A36/A36M-19 A36 steel is a mild steel with a relatively low carbon content. ASTM A36/A36M is an American standard, last updated on July 4, 2019. It specifies requirements for structural carbon steel sections, plates, and bars used in bridges

Stainless steel pipes are a widely used type of piping material in modern industry. They play a significant role in fields such as petroleum, construction, pharmaceuticals, and food processing. The ASTM A312 standard serves as the authoritative specification for seamless and welded stainless steel pipes. It provides a unified technical basis for pipeline design and quality control on a global scale. What Is the ASTM A312 Standard ASTM A312 Standard – Austenitic Stainless Steel Pipe The full name of the ASTM A312 standard is “standard specification for seamless, welded, and heavily

In the steel pipe industry, hollow structural sections are a particularly widely used type of pipe. This type of pipe includes circular hollow section, rectangular hollow section, and square hollow section. The square hollow structural section looks like a four-square pipe, which has a square cross-section and a hollow internal structure. It has become an indispensable pipe in the construction industry.  Square Hollow Section Cross-section: 20×20mm-600×600mmWall Thickness: 2mm-25mmMaterial: Low-alloy steel: Q345B/C/D, American standard: ASTM A500, European standard: S235JR/S355JR, Carbon steel: Q235BMechanical Properties: Tensile Strength: ≥450 MPa Yield Strength: ≥345 MPa Elongation:

There are many types of pipe bevelings, the ends of which are cut at a specific angle and become “beveled ends” or “beveled ends”. Proper pipe preparation ensures a high quality weld. Pipe Beveling A pipe bevel is a sloping angle formed on the end of a pipe or tube for weld preparation or deburring. The standard bevel angle for pipe welding ends is ‌37.5° ± 2.5°‌ with a root face (land) of ‌1.6mm ± 0.4mm‌. This manufacturing process improves the firmness of the welded connection while making the pipe ends

Among the wall thicknesses of pipes, schedule 60 is one of the more moderate. Schedule 60 steel pipe meets the needs of applications with medium pressure and temperature ranges. The standardized design and excellent performance of this pipe make it an ideal choice for many industries. What Is Schedule 60 Pipe For pipe specifications and pipe thicknesses, the abbreviation sch is generally used. Common wall thicknesses are sch30, sch40, sch60, sch80, sch 100, sch120, etc. The larger the number after sch, the thicker the wall thickness. Schedule 60 steel pipe

Among the many wall thickness standards for steel pipe, schedule 120 steel pipe is one of the thicker pipe wall thickness specifications and belongs to the high-pressure specialty pipes in industrial piping. It represents a thicker wall design for a specific outside diameter. Schedule 120 Pipe Schedule 120 Pipe Thickness in mm Schedule 120 steel pipe is a pipe wall thickness grade defined in the American Standard ANS/ASME B36.10M. The central feature is the increase in pressure capacity through a significant increase in wall thickness. This standard applies mainly to

Among the sizes of steel pipes, schedule 10, schedule 30, schedule 40, schedule 60, schedule 80, and so on are the frequently used pipe wall thickness standards. While schedule 100 steel pipe has a thicker wall thickness compared to the previously mentioned pipes, which generally range from 1/2 inches to 12 inches. Schedule 100 Steel Pipe Schedule 100 steel pipe is an American standard pipe. It is a thick walled pipe. The “schedule” here refers to the wall thickness rating, with larger numbers meaning thicker walls. For example, a Schedule