Nickel 200 tubing chemical composition and specification
Alloy 200 welded tube and nickel 200 seamless tube suppliers in UAE
Is a nickel 200 seamless tube pure nickel?
Yes. It uses pure wrought nickel (99.6%) rated for commercial purposes. A nickel 200 seamless tube displays above-par mechanical and chemical properties, including corrosion resistance and thermal conductivity. It also boasts excellent electrical conduction. These tubes are customary in petrochemicals, food processing, power generation, and many other industrial sectors.
It also gets referred to as Ni 200, Nickel Alloy Ni-200, or Low Alloy Nickel. All these commercial names have the same prime constituent. Its toughness and openness to alloying make it ubiquitous in industries with extreme operating conditions.
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Difference between nickel alloy 200 condenser, boiler and superheater tubes
Nickel 200 gets commonly used in heat-based applications due to its thermal conductivity and strength. Nickel alloy 200 boiler tubes can handle severe temperatures and pressure. Plus, it can operate without failure in fluctuating conditions.
You can also see it in condensers to transfer heat from one fluid to another (or the air). Nickel tubing ensures efficient heat transfer for condensation.
Superheater tubes employ nickel 200 to change wet steam into superheated steam. This dry version contributes to power plants, steam engines, etc. Nickel is a safe choice as it does not lose its properties under duress.
Alloy 200 heat exchanger tube and nickel alloy 200 boiler tubes with a material certificate at a great price in Dubai
What is the purpose of using nickel 200 heat exchanger tubes?
Nickel 200 generally gets employed in heat exchanger tubes due to its excellent thermal conductivity and resistance to abrasion and corrosion. Nickel 200 tubing transfers heat between fluids to achieve temperature regulation. It holds its own against corrosive media and offers a long service life. Another considerable advantage is how it works well amid fluctuating temperatures and concentrations of chemicals. You can use this tubing up to 600 degrees Fahrenheit and not face a problem due to graphitization.
An alloy 200 heat exchanger tube typically adheres to ASME specifications for boilers and pressure vessels. This material gets utilized in several critical sectors like pharmaceuticals, chemical processing, foods and beverages, and refineries.
Different Types of Nickel 200 tube
Nickel 200 tubing
Nickel 200 seamless tube
Alloy 200 welded tube
UNS n02200 annealed tube
Alloy 200 heat exchanger tube
Nickel alloy 200 boiler tubes
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Advantages of UNS N02200 cold drawn & annealed tube
UNS N02200 tubing refers to a pure nickel tube adhering to ASTM B161 specifications. This material resists corrosion and oxidation even in testing conditions due to the high nickel percentage. A UNS N02200 annealed tube also displays excellent thermal and electrical conductivity. The material can handle harsh chemicals, caustic soda, chlorides, etc. Therefore, it often gets used in chemical processing, electrostatic applications and heat exchangers.
Annealing assures you of machinability and metallurgical properties. It involves heat treatment by heating the cold-drawn pipe and retaining it at that temperature before cooling it slowly. This process can generate tubes of different specifications, like DIN 2.4066 square tubing, and sizes from 1/2″ to 48″.
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Is nickel 200 tubing used in aerospace & rockets?
Yes, you will frequently see nickel 200 employed in the aerospace industry. An alloy 200 welded tube gets used in rocket motors, missiles, and defence. Turbine blades, jet engine parts, discs, exhaust valves in aircraft, etc., often use nickel. For example, Alloy X-750 gets used for aircraft parts. Alloy 36 is commonplace in aerospace engineering because of its performance at cryogenic temperatures of 500°F. The sector uses different manufacturing approaches as per the need, for instance, a Ni200 extruded tube.
These applications stem from the top-notch mechanical strength of nickel 200. It also displays excellent ductility, which helps it get fashioned into shapes like square, rectangular, etc. Nickel can handle the fluctuations that engine components in rockets face: from ambient to liquid oxygen. The magnetic properties, electrical conductivity, and creep resistance make nickel-based alloys perfect for the aeronautical sector.