Aerospace industry - power sources

Are you interested in the use of precision alloys in the aerospace industry from the supplier AvecGlob? Here you will find interesting information on this topic

General Characteristics of Precision Nickel-Based Alloys

Nickel precision alloys are widely used in aerospace engineering, as well as for laboratory research, which are related to aerospace applications.

The choice of nickel alloy grade for use in the aerospace industry is determined by their ability to withstand high temperature oxidation and corrosion processes, the destruction of parts when the level of permissible stresses and extreme wear are exceeded.

Nickel alloys are one of the most complex structural materials. They also have good electrical conductivity and magnetic properties. For these reasons, the choice of using nickel alloys is almost inevitable when it comes to aerospace applications.

Operational advantages

For aerospace applications, the following properties of precision alloys are considered important:

Increased strength at extremely high temperatures;

Resistance to oxidation and corrosion;

Resistance to creep phenomena under conditions of high mechanical stresses;

Good lubricity;

Good load-carrying capacity at high operating temperatures;

Low values of the coefficient of thermal expansion.

Supplier — AvekGlob Company — offers at a reasonable price from the manufacturer a wide range of precision nickel based alloys that can be used in the manufacture of aerospace equipment. The supplier guarantees the timely delivery of products to any address specified by the consumer.

Examples

WASPALOY® is an excellent example of nickel alloys used in the aerospace industry. The alloy ensures the strength and reliability of the structure at high temperatures, since this alloy remains structurally sound at temperatures up to 870 ° C. As a result of high temperature stability, this precision alloy is used in the exhaust section of the aircraft where hot jet fuel can cause the parts to be strong heat for extended periods of time. Other nickel alloys commonly used in the «hot section» are alloys 25, 188, 282, 625, 718, X and Rene 41. The «hot section» is generally understood to mean combustion chambers and systems for removing emerging gases.

Stability of precision alloys to corrosion and high-temperature oxidation

Alloys 230, C263, 617, 625, X, X-750 and 75 have excellent resistance in environments with high loads and high temperatures, for example in pressure vessels, rocket engines, gas turbines and other aircraft structures. This is, for example, the X-750 alloy : the presence of aluminum and titanium in it, provides increased resistance to high-temperature oxidation and corrosion, which are often found in many parts of the aircraft engine. Precision nickel alloys of grades 230, C263, 617, 625, X, X-750 and 75 are used to prevent corrosion of the aircraft engine air intake.

Supplier — AvekGlob Company — offers to purchase various grades of precision alloys used in aerospace technology. Products can be bought at a price formed on the basis of European and world standards of production. Implementation is possible in bulk and retail, for regular customers, a flexible system of discounts operates.