What are Haynes 188 Bars
Haynes 188 bars are made of alloys of cobalt, nickel, and tungsten. These alloys have excellent oxidation resistance and lowering temperature strength at temperatures up to 1150 degrees Celsius. Haynes 188 is used in chemical applications, gas turbines, flame holders, and airframes due to its high ductility. The main distinction between Haynes 188 bars and ordinary steel is their heat resistance.
The first distinction is that Haynes 188 Round Bars are flat while Haynes 88 Square Bars are rectangular. The latter is the most commonly used flat bar in industries and has a welded-in groove. These two metals have the same minimum tensile strength but are made of different alloys with different strengths and properties. Haynes 188 Wire is also made of another alloy. Its properties make it a valuable welding component.
Steel bars like these are widely used in the aerospace industry. Because of its high melting point and low oxidation resistance, the material is an excellent choice for a variety of applications, including gas turbine engines. Combustion cans, afterburners, and transition ducts are all common applications. Furthermore, these alloy bars are extremely resistant to hot corrosion. The main disadvantage of Inconel 188 is its high cost, but this is no reason to avoid it.
Applications of Haynes 188 Bar
Haynes 188 alloy is a great choice for a variety of applications that require high strength and oxidation resistance. Haynes 188 is ideal for extremely long-term high-temperature applications due to its high strength and good fabricability at room temperature. As a result, Haynes 188 is frequently used in the manufacture of gas turbine components such as combustors, flame holders, liners, and transmission ducts.
Haynes 188 round bar is made of alloy steel and comes in a variety of sizes and shapes. Haynes 188 Round Bar is a popular material for machining purposes such as welding rods and studs. This steel is commonly used in high-temperature bellows, thermocouple protection tubes, strand annealing tubes, industrial furnace fixtures, nitric acid catalyst grids, and a variety of other applications requiring durability and ductility.
It is a popular choice for aerospace gas turbine engine applications due to its high-temperature strength and oxidation resistance. Haynes 188 is also easily fabricated and has excellent forming and welding properties. As a result, it is ideal for a wide range of high-pressure applications, such as gas turbine and airframe components. Haynes 188, for example, is ideal for heat exchangers and valves due to its high ductility.
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