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About Aerospace Bearings

As we all know, the aerospace equipment’ working environment is extremely harsh. So the bearings used in aerospace equipment need to withstand extremely high loads, extreme temperatures, vacuum environments, and extremely high vibrations. With the development of aviation technology, higher requirements are placed on the bearings’ reliability, durability, and safety in extreme environments.

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Application of Bearings In The Aerospace Industry

LNB provides customers with high-quality aerospace equipment bearings, which strictly comply with international standards and have the advantages of high performance, high load capacity, low friction, high precision, durability, high-temperature resistance, etc.

LNB Bearings provides engineering and product solutions for the following areas of the aerospace industry:

Aircraft Engines

The aircraft engines’ turbines and compressors, etc., all require bearings. The bearings in aircraft engines mainly support the rotating shafts to ensure efficient operation. These extreme conditions require the bearings to have excellent high-temperature resistance, high speed, lubricity, and other properties to ensure the efficient and stable operation of the aircraft engine.

Aircraft Main Rotors And Ailerons

The aircraft’s main rotors and ailerons need bearings to withstand large loads and radial loads in extreme environments. So they place high demands on the bearings' load capacity, vibration resistance, and corrosion resistance, etc.

Avionics Equipment

Avionics equipment includes aircraft navigation systems, control systems, sensors, and so on all requiring bearings. These components need bearings to support the operation of electronic equipment. So the bearings require high precision, reliability, low friction, and other properties.

Booster And Rocket Engine

In the aerospace industry, the rocket engine’s propulsion system and the booster’s rotating parts also need bearings. These engines work in extreme environments. Therefore, the bearings used in boosters and rocket engines need to have high strength, high pressures, and high loads to improve reliability and durability.