• 10Oct, 2023

    Carbon Steel Pipe Schedules: Wall Thickness, OD and Weight Data Explained

    A pipe schedule is a wall thickness designation that only becomes a real dimension when it is read against the nominal pipe size. This article explains how nominal pipe size relates to outside diamete

  • 10Oct, 2023

    Carbon Steel Pipe Schedules

    Carbon Steel Pipe is also known as CS Pipe. Carbon steel tubes are made from ingots or solid round steel by piercing them into capillary tubes, which are then hot rolled, cold rolled or cold drawn. Du

  • 10Oct, 2023

    Different Types of Carbon Steel Pipes

    Carbon steel pipe is manufactured using a number of different techniques to produce pipes with a variety of characteristics. Carbon steel pipe can contain up to 2.1% carbon by weight of the total allo

  • 10Oct, 2023

    Petroleum Pipes Structure Pipes

    Petroleum pipes and structure pipes are two distinct types of pipes used for different purposes in various industries.

  • 10Oct, 2023

    GB 3087 Standard Seamless Boiler

    GB 3087 is a Chinese national standard that specifies the requirements for seamless steel tubes for low and medium-pressure boilers.

  • 10Oct, 2023

    Seamless Alloy Steel Boiler Pipes

    Seamless alloy steel boiler pipes are a type of pipe specifically designed for use in high-temperature and high-pressure boiler systems.

  • 10Oct, 2023

    ASME SA-106/SA-106M-2015 Carbon Steel Pipe

    The ASME SA-106/SA-106M-2015 specification is a standard published by the American Society of Mechanical Engineers (ASME) that covers seamless carbon steel pipe for high-temperature service.

  • 10Oct, 2023

    Seamless Alloy Steel Pipe ASTM A335 Standard High Pressure Boiler Pipe

    A Seamless Alloy Steel Pipe that adheres to the ASTM A335 standard is commonly referred to as a "high-pressure boiler pipe."

  • 09Oct, 2023

    Types of Stainless Steel

    Stainless steel is an alloy that creates new materials by combining many different base metals. As with other alloys, the end product is much stronger than each raw material on its own.

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