What are Maraging 350 Round Bars?

Maraging 350 different is its special alloy content, comprising nickel, cobalt, molybdenum, as well as titanium. The steel grade is then subjected to a special aging process that provides ultra-high tensile strength with less loss of ductility. The end result is a product that provides strength as well as formability, perfectly suited to high-stress as well as fatigue-loaded applications.

350 Round Bars are forged as well as precision-machined, relieving them of any stresses. They can exhibit a good yield-to-tensile ratio, superior fracture toughness, and low thermal expansion. These bars are also magnetic in nature. They show superior corrosion as well as cracking resistance, and are therefore apt for components subjected to hostile environments.

One of the most important advantages of Maraging 350 Round Bars is their machinability in annealed condition. This facilitates fabrication at ease before the final heat treatment. The aging process further improves the mechanical properties to provide ultimate strength and dependability in end applications. Their non-deformation during heat treatment also lessens errors in manufacturing, saving time as well as cost during production.

As reliable 350 Round Bars Suppliers , Meta Aerospace ensures all of its products meet international standards like AMS 6512, ASTM A579, and MIL-S-46850. The bars are delivered in a variety of sizes and customized lengths to meet a variety of industry requirements. All bars are tested for hardness, tensile strength, microstructure, and ultrasonic integrity prior to their dispatch to customers.

Uses and Applications Maraging 350 Round Bars?

These bars play a critical role in the aerospace sector because of their high temperature oxidation resistance and strength.

• In the aerospace sector, they are a must-have in the manufacturing of jet engine components, turbine blades, and aircraft exhaust systems, where thermal and stress-resistant requirements are paramount.
• In the chemicals processing industry, they are commonly utilized in heat exchangers, reactor vessels, and acid manufacturing equipment, owing to their corrosion-resistance in spite of aggressive chemicals.
• The marine sector applies them in offshore platforms, sub-sea equipment, and propulsion systems, taking advantage of their corrosion-resistance
• in sea water. In the power generation sector, the bars are utilized in boiler feedwater systems, superheaters, and gas turbines, promoting long lifespan as well as minimal maintenance.
• The nuclear sector also takes advantage of them in fuel element components, control assemblies, as well as containers for nuclear waste, where safety as well as longevity are the most important factors.