Steel Tubes India products

Piping systems transport fluids and gases across various systems. A Pipe Bend is used to change the direction of flow within the system. These bends help in transmission of these fluids and gases across long distances. They have a minimum bending radius of about 1.5 times the pipe radius. A hot induction bend follows a controlled bending process wherein pipes are bend using a high frequency induced power. The bending radius in these bends is between 3D to 10D, and the angles range up to 180°. In the miter bend, pipe ends are cut at an angle and joined together. These bends are available by either joining 2 pipes of 45° together or 3 pipes of 22.5° together giving, them a 90° bend. SS Mitered Pipe Bend is designed with high corrosion and oxidation resistance properties.

Indian Boiler Regulation (IBR) sets material grades, pressures classes, and dimensions that have to be followed while manufacturing different IBR piping and tubing material in India. In the American Society of Mechanical Engineers (ASME), the basic standards the industry has to follow are mentioned. An IBR Pipe can be designed as carbon steel, manganese steels, molybdenum steel, and chromium-molybdenum steels. These pipes are available in nominal pipes sizes of 1/2NB to 24NB. In the IBR Pipe Material standard chemical composition of carbon, silicon, manganese, phosphorous, and sulfur is present.

A tube from which hot gases of water vapor pass through a sealed container of water is known as Boiler Tubes. Thermal conduction transfers the heat from the vapor that heats the water and creates steam. Boiler Tube manufacturers in India recommend the use of boiler tubes for a steam locomotive. These tubes can be divided into 2 variants. A water boiler tube and a fire boiler tube. SA214 Tubing is usually SA213-T12 and is made up of carbon steel or alloy steel. They are widely used in steam boilers and for power generation. Boiler Tubes suppliers advise the use of these tubes in fossil fuel plants and industrial processing plants.

Control rods are a vital part of nuclear reactors. It can be described as the rods which control the power (the desired fission state) in nuclear reactors. The Nuclear Control Rods consist of real-time fission process control, vital for keeping the fission chain reaction active. The Nuclear Control Rods also help to prevent the reactor from accelerating beyond control. The Control Rods in Nuclear Reactor are very effective in combating the time-dependent changes inside the reactor. The cadmium Nuclear Rods basically absorbs the neutrons and prevents them from performing the further fission process.