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Thin section bearings play a very important role in satellite launches and spacecraft, especially in high-precision, high-reliability and high-performance environments.

Reduced weight

They are bearings with a small outer diameter to inner diameter ratio. They are lightweight and can effectively reduce weight, which is critical for space applications. Satellite launches require every part to be as light as possible, because fuel consumption during launch is directly related to the weight of the payload. They can significantly reduce the overall weight of spacecraft due to their compact design and lighter structure, thereby improving fuel efficiency and reducing launch costs.

High load-bearing capacity and stability

Thin section bearings are lightweight but have high load-bearing capacity. They maintain stable operation under extreme temperature, pressure, and vibration. Satellites face severe vibration and temperature changes during launch. Thin-walled bearings withstand these challenges. They ensure the normal operation of key satellite components like attitude control and propulsion systems.

Precision thin section bearings

The bearings play an especially important role in satellite applications, especially in critical load direction and pitch bearings, where they provide the necessary high-precision support and stability,so they become an indispensable part of satellite critical systems.

Thin section bearings provide long-term durability and reliability

They are designed to be durable and maintenance-free, which is critical for equipment such as satellites that work in orbit for a long time. During satellite launch, all components require high reliability to avoid failure or damage. The bearings can ensure the continuous operation of satellites for a long time due to their excellent wear resistance and reliability.

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